THE 10TH INTERNATIONAL CONFERENCE ON FERRITES
(ICF10)
October 10 ( Fri )-October14(Tue), 2008
International Exhibition and Convention Centre, Chengdu, China.
ICF10 Web Site:http://www. cnmagnet.net/ICF10.htm
one of beautiful scenes of Mysterious Jiuzhaigou Ravine
Conference Chairman
Mitsuo Sugimoto(Chairman of Kato Foundation)
Sponsored by the Japan Society 0f Powder and Powder Metallurgy
WELCOME TO ICF10
We would like to invite you to The 10th Internatinal Conference on Ferrites (ICF10) to be held from 10th to 14th October, 2008 at Chengdu Int??l Exhibition and Convention Center in Chengdu, China.
It??s the first time in China and of huge significance under the condition that the economic development of China today is attracting more and more attention from the world and of which the demand for advanced materials and new material technologies are increasing rapidly.
The nine previous conferences were held in Kyoto, Japan (1970, 1980, and 2000), Tokyo, Japan (1992), Bellevue, France (1976), San Francisco, U.S.A. (1984), Bombay, India (1989), and Bordeaux, France (1996), Japan (2000), U.S.A (2004).
The 2008 International Conference on Ferrite??ICF10??will serve as a platform for all involved in magnetic materials, through which they can intensify the communication and cooperation with international ferrite material circles and speed up the R&D, equipment manufacture, industrialization of materials and talent education.
CONTENT
SCOPE??????????????????????????????????..(1)
GENERAL CONFERERENCE SCHEDULE????. (3)
VENUE?????????????????????????? ????. ??. (3)
SOCIAL PROGRAM?????????????? ??.????. (4)
EXHIBITION..???????????????????????? ????(9)
HOTEL ACCOMMODATION????????. ????. (10)
REGISTRATION??????????????????.??????. (10)
ABROAD REMITTANCE????????????...??.??(10)
OFFICIAL LANGUAGE????????????????.. (12)
PROCEEDINGS????????????????????????.. (12)
CONFERENCE BOOKLET??????????.????.(13)
VISA REQUIREMENTS??????????????????(13)
OFFICIAL LETTER OF INVITATION??????.. (13)
ACCESS ???????????????????????????????? (14)
THE ICF IC MEMBERS????????????????...??. (14)
ICF 10 COMMITTEE CHAIRMEN????.??.. (15)
ICF 10 ORGANIZATION COMMITTEE ??.??(15)
ACADEMIC COMMITTEE.??????????.???? (16)
MAILING ADDRESS????????????.??????.. (17)
ICF10 SCHEDULE???????????????????? ..??(18)
BOARD ??????????????????????????.????.. (18)
ACADEMIC SESSION????????????????.????.. (18)
Plenary Meeting????????????????????????..??. (18)
Meetings in Group ????????????????.????.(19)
EXHIBITION??????.????????????????????????...(24)
PAPER POSTER????????????????????????..??.. (24)
SCOPE
This conference will cover all areas of basic science and technology of ferrites and related materials and place special emphasis on key materials and process technologies, which play an important role in development of magnetic materials. A nonexclusive list of subject areas for the conference is as follows:
?? Novel (advanced) Ferrites
a. Novel magnetic-electronic materials;
b. Thin-film magnetic materials and magnetic recording medium;
c. Nanostructure magnetic material;
d. Magnetic semiconductor material;
e. Structural and physical characteristics of new-type rare earth-3d transition group-metal (R-T-M) compounds;
f. Magnetic-optic materials;
g. Magnetic monocrystal materials;
h. Research on applied techniques of ferrite.
?? Permanent magnet ferrites
a. R&D and mass production techniques of advanced and new permanent magnet , as well as their status quo and outlooks;
b. Application of advanced and new permanent magnet;
c. Promotion of new techniques and technologies of permanent magnet;
d. R&D and production techniques of special equipment, instruments, tooling and jigs for new-style permanent magnet;
e. Techniques of material formation and intelligent preparation & processing technologies;
f. Precise control over shaping process;
g. Short-flow preparation and processing technologies for traditional materials.
?? Soft magnetic ferrite materials and cores
a. Present situation of R&D, production and the development trend of soft magnetic materials and cores;
b. R&D and production of advanced and new soft magnetic materials and cores;
c.Technology of mass production for high-performance soft magnetic ferrite material;
d.R&D and production of amorphous and nanocrystalline soft magnetic material;
e. Status quo of the application of soft magnetic materials in electronic transformers, inductors, etc. and market outlook;
f. Application and development of electronic transformers, inductors, etc. and market outlook;
g. Testing equipment and technology for soft magnetic materials;
h. Manufacture and the applied technology of special equipment and instrument;
i. R&D of raw and auxiliary materials for soft magnetic material
?? Micro-wave ferrites
a. Microwave ferrite materials;
b. Preparation science;
c. Composite materials;
d. New techniques, etc.
GENERAL CONFERERENCE SCHEDULEe
|
Date |
Morning |
Afternoon |
Evening |
|
Oct.10, 2008 |
Registration
(All-day) |
Registration
(All-day) |
|
|
Oct.11, 2008 |
Opening ceremony
(8:30-12:00) |
Technical Sessions
(13:30-18:00) |
Banquet
(18:30-20:30) |
|
Oct.12, 2008 |
Technical Sessions
(8:30-12:00) |
Technical Sessions
(13:30-18:00) |
|
|
Oct.13, 2008 |
Technical Visit (8:30-12:00)
Sightseeing (14:00-18:00) |
|
Oct.14-17, 2008 |
Sightseeing (option) |
VENUE
The conference will be held at Chengdu Int??l Exhibition and Convention Center??located in the northwest of Chengdu City. Chengdu has been the capital of Sichuan province for more than 3000 years, and is one of the most comfortable and beautiful cities in China. Two scenic spots adjacent to the city-proper of Chengdu are must-sees for participants, which are Sanxingdui Ruins Sites, and Jiuzhaigou Natural Reserve.
SOCIAL PROGRAM
In addition to the Technical Sessions, a program of social functions such as a Banquet, technical visits and sightseeings are arranged.
Banquet????????????????Fee: $ 30 per person
On Saturday evening, from 18??30 to 20??30 October 11, a banquet will be held at the Tian Fu Room of Holiday Inn Hotel. The evening in Chengdu will be spent at a feast with traditional Chinese food as well as excellent western-style food.
Sightseeing??????????????Free of charge
On Monday , from 14:00 to 18:00, a sightseeing tour , visiting Sanxingdui Ruins Sites.There will be a lunch included.Visiting Sanxingdui Ruins Sites(about 40 km north of Chengdu). You can have a knowledge of ancient culture of 3000 years ago at Sanxingdui Ruins Sites.
Introduction to Sanxingdui Museum
Situated in the northeast of the state-protected Sanxingdui Site by the bank of the Yazi River in Guanghan---a city famed for its long history and splendid culture, Sanxingdui Museum is a modern theme museum which is 40 kilometers to the north of Chengdu.
Covering a total area of 530 yields, in which 11000 square meters serve as the main tableaus for the exhibits, Sanxingdui Museum had its foundation laid in August 1992, and opened to the public in October 1997. Integrating collection, preservation, academic research and social education all in one, the museum showcases kinds of precious cultural relics unearthed at Sanxingdui Site.
The cultural relics at Sanxingdui are precious cultural heritage of mankind, which contain rich historical, cultural and scientific value, and bespeak themselves as the most attractive ones amongst the multitude of the spectacular relics in China. Amongst the hoards of prize antiquities there are a variety of unique, grotesque bronzes, such as 2.62-meter-tall standing statue, 1.38-meter-wide bronze mask, 3.95-meter-high bronze tree, all of which stand out as treasures unparalleled. In addition, the gold ware represented by the gleaming gold scepter, and jade ware such as the blades with heavy motif, turn out to be undeniable rare jewels never seen before.
The section on Ancient City, Ancient State and Ancient Shu Culture is the main exhibition in the museum, which is arranged in such a novel, creative manner that space and voids are interconnected by utilizing various latest means of demonstration, whereby the implication of the relics are tapped to the full extent, and a perfect combination of popularized display and artistic style of the artifacts is achieved. The museum honored the prize at one of the first ten excellent national exhibitions.
The main building of the museum stands erect in pursuit of fitting its contour with the landform, the historical site and the shapes of the relics while blending primitivism with modernism; the surroundings of the museum are arranged in an ingenious layout. Now there are a serene lake and lush lawn, and now here are isles reflected in the lake, all in a unique setting with flora at all seasons. One can catch such views at a glance.
Featured for its relics, architecture, demonstration and gardens, the museum has become a place of cultural and tourist attractions enjoying prestige both at home and abroad and one of the three exquisite spots Sichuan has offered to the world tourism. Moreover, it is the first museum that has been certified both ??Green Globe 21?? and ISO9000.
Technical Visit??????????????Free of charge
On Monday, from 8:30 to 12:00, visiting Chengdu Galaxy Magnets Company Limited (the world important manufacturer for bonded NdFeB magnets) and University of Electronic Science and Technology of China (main research organization in China for magnetism and magnetic materials and devices) will be arranged.
Sightseeing(option)????????Fee: $280 (4 days)
Visiting Jiuzhaigou Natural Reserve (about 440 km northwest of Chengdu).
Jiuzhaigou Ravine located in Nanping County, Aba Tibetan-Qiang Autonomous Prefecture, Jiuzhaigou Ravine stretches 80 kilometers in one direction and takes up an area of more than 60,000 hectares. The area consists of six scenic spots????Changhai, Jianyan, Nuorilang, Shuzheng, Zharu and Heihai. It becomes a world renowned scenic spot because of its diversity in natural scenery which includes snowy peaks, double waterfalls, colorful forests and green sea. Furthermore, Tibetan customs are another attraction. It was listed as a world heritage site in 1992.
The Ravine boasts a number of unique features. The mountains, lakes, natural primeval forest, beautiful flowers all make Jiuzhaigou a fairyland. Mountains ranging 1,980 to about 3,100 meters in height are covered by a variety of trees and plants such as green conifers, luxuriant broadleaf trees and colorful rare flowers and grasses. Scenes change according to the season and the area is particularly colorful in autumn when the wind makes kilometers of tree belt along the lake undulate like a sea wave. Waterfalls, lakes, springs, rivers and shoals add to color and the green trees, red leaves, snowy peaks and blue skies are reflected from lakes and rivers. Trees grow in the water and flowers blossom in the middle of lakes.
The Shuzheng Scenic Spot is one of the central point of Jiuzhaigou's landscape. With 40 lakes which extend five kilometers along a valley, the spot covers an area of three square kilometers. The lakes vary in color according to their depths, residues and scenery around them. Among which, Reed Lake is an ideal habitat of birds; Spark Lake appears to move while the jade-like Rhinoceros Lake is a good place for rowing, swimming and rafting. There are also the Shuzheng Waterfalls which have a backdrop of trees.
Nuorilang Scenic Area extends from the Nuorilang Waterfalls to Zhuhai, an area of three square kilometers. The 320-meter-wide Pearl Beach Waterfall and the Five-Color Lake which has a richly colored underwater landscape.
The Sword-Shaped Rock Scenic Area consists of Goose Lake, Suspended Springs, Sword Rock, snow-covered Mountains and primeval forests. Sometimes you can see giant pandas. There is also the 17.8-kilometer Zechawa Ravine, the longest and highest in Jiuzhaigou. At the end of it is the eight-kilometer-long Changhai Lake, the largest in the area. In Haizi there is a Five-Color Pond, the brightest lake in Jiuzhaigou.
Undoubtedly, the magnificent view in Jiuzhaigou will make you reluctant to leave, and don't forget that the autumn is the best season to visit it.
Sightseeing(option) ?????? Fee: $200 (3 days)
Visiting Mount Emeishan Scenic Area(about 169km southwest of Chengdu).
Mt. Emeishan is located to the southwest of Leshan City and is one of China's four mountains sacred to Buddhism. It is regarded as the 'wonderland of celestial being' and many scenic spots here are worthy of a visit.There are Four Scenic Regions: Baoguo Temple, Wannian Temple, Qingyin Pavilion, and Golden Summit. From the Golden Summit, tourists can experience the magic of the 'Buddha Rays' which can be viewed between 14:00 to 18:00 during fine weather in autumn and winter. When you climb Emeishan Mountain, you will find dangerous paths, steep rocks, surprising springs and waterfalls. These all may give you the feeling that your journey is as difficult as reaching for the sky. However, you are sure to be delighted by the flocks of monkeys on Mt. Emeishan as they are very lovely and well-mannered. When the tourists give food to them, they pick it up turn and turn about and never squabble to be first.
Mt. Emei is well-known for its enjoyable natural scenery, extensive Buddhist culture, abundant range of species and unique landform. Thus it gets such titles as 'Kingdom of Plants', 'Geological Museum', 'Animals' Paradise' and 'Buddhist Celestial Mountain'.
Accompanying persons' program
We can help to contact with touring groups. Accompanying persons can enjoy the pleasure of tour and feelings of Chinese cultrue.
EXHIBITION
There will be brief introductions and exhibition for some factories nearby during the period of conference.
HOTEL ACCOMMODATION
Daily room rate ??$80 (standard double room)
$120 (deluxe double room)
California Garden Hotel Chengdu
Address??Shawan Road No.258,Chengdu Int??l Exhibition and Convention Center, Chengdu, 610031, Sichuan Province, P.R.China
Telephone??(86) 28-87693122
REGISTRATION
|
Registration |
Charge ($) |
|
Regular |
300 |
|
Retiree */ Student ** |
150 |
|
Extra Copy of Digest |
15 |
|
Banquet Fee |
$ 30 per person |
* This discounted charge applies only to senior people aged over 70 and without
corporate/institutional affiliation.
** A copy of the identification card must be submitted along with the Registration charge.
ABROAD REMITTANCE OF REGISTRATION FEES
For remittance of registration of the Conference, the following procedure is recommended. Please remit through a bank to:
1 Beneficiary??s Name????????:
Mianyangxicikejixinxizixunzhongxin
???????????????????????
2 Beneficiary??s Account No.:
51001658636051502119
3 Adress:
No.356 Mianzhou South Road ,Mianyang 621000,Sichuan, P.R.China
?????????????????·356??,621000??
4 Beneficiary??s Bank in China:
CHINA CONSTRUCTION BANK CORP.,SICHUAN BRANCH
???й????????????????У?
5 SWIFT:
PCBCCNBJSCX
6 Bank Address:
19/F CCB Sichuan Building, No.86 Tidu Street,Chengdu 610016,P.R.China
???????????????86????????д???19￥??
7 Tel: 0086-816-2868058 2868138
8 Fax: 0086-816-2869009 2868131
ABROAD REMITTANCE OF REGISTRATION FEES (DOLLAR)
Only for dollar remittance , the following procedure is recommended.
1 United States Intermediary Bank:
BANK OF AMERICA,N.V.NEW YORK NY
2 SWIFT: BOFAUS3N
3 A/C NO.:
6550590121
4 Beneficiary??s Bank in China:
CHINA CONSTRUCTION BANK CORP.,SICHUAN BRANCH
5 SWIFT:
PCBCCNBJSCX
6 Beneficiary??s Account No.:
51014014400221000488
7 Beneficiary??s Name:
Mianyang Xici Consultation Centre of Science&Technology Information
8 Beneficiary??s Address:
CHINA CONSTRUCTION BANK MIANYANG BRANCH BANKING HOUSE
9 Address:
Information Center of Post Box 105, Mianyuang, Sichuan Province, P.R.C.
10 Postal code: 621000
11 Tel: 0086-816-2868058 2868138
12 Fax: 0086-816-2869009 2868131
Please indicate clearly the name and address of the remitter, and the purpose for which payment is effected. The registration fee and other fees paid will not be refunded.
OFFICIAL LANGUAGE
The official spoken language will be English. No interpretation service will be provided.
PROCEEDINGS
The proceedings of the ICF10 will be published in December, 2008 in book form. Instructions for the preparation of papers will be sent to the authors of the digests accepted for the Conferences. The proceedings are intended to be an archival record of the Conferences and thus all authors are expected to submit their manuscrigts. All papers, invited as well as contributed, will be evaluated by peer reviewers to determine their suitability for publication.
CONFERENCE BOOKLET
Authors and some other prospective participants, who have sent their registration form to the secretariat, will receive a Booklet around the end of September 2008. It contains the detailed information regarding the Conference.
VISA REQUIREMENTS FOR ENTRY INTO CHINA
Foreign participants must carry a valid passport and visa to enter China, though for many countries visa is exempted. Foreign participants should contact their Chinese Embassy, Consulate, or Office of Tourism as soon as possible to determine their particular visa requirements, Participants requiring visas must initiate the application process well in advance of their departure date. Note that ICF10 cannot contact or intervene with any Chinese Embassy or Consulate abroad on your behalf.
OFFICIAL LETTER OF INVITATION
Participants needing an official letter of invitation to obtain a visa or to apply for travel funds in their country should address their request to Prof. Da Ma, the General Secretary of ICF10, to the address given latter.These invitation letters do not imply that the receivers are ??invited speakers??, nor put any financial responsibility or any other kind of obligation on ICF 10.
ACCESS TO CHENGDU INT??L EXHIBITION AND CONVENTION CENTER
??1??From Shuangliu Airport , take airport bus , at Minshan Hotel ,take taxi or transfer to No. 16 , 56 bus.
??2?? From North Railway Station, take taxi or take No. 502, 83, or 32 bus.
THE ICF INTERNATIONAL COMMITTEE MEMBERS
Vice Chairman F.J. Friedlaender(U.S.A)
Honorary Members V. Cagan(France), B.B. Ghate(U.S.A), A.Globus(France),
A.Goldman(U.S.A), E. Roess(Germany),
C.M.Srivastava(India), H.P.J. Wijn (The Netherlands)
Secretary M. Sugimoto (Japan)
Members Y. Bando(Japan), G. Bottoni(Italy),
V.A.M.Brabers(The Netherlands), M. Guyot(France),
F.Haberey(Germany),S.Iida(Japan), B.A.Kalinikos(Russia),
A.H.Morrish(Canada),M.Naoe (Japan), C.E.Patton(U.S.A.),
H.Szymczak(Poland),G.Thomas (U.S.A.), X. Zhang(China)
V.V.Volonkov(Russia),I.P. Wilkinson (U.K.).
ICF 10 COMMITTEE CHAIRMEN
Conference Chairman Mitsuo Sugimoto (Chairman of Kato Foundation)
Excutive Chairman Hao Chen(Southwest Institute of Applied Magnetics,China)
General Secretary Da Ma (China)
Lu Zhang(China)
Public Relations Guo-Jun Yu(China)
Contribution Guo-Jun Yu(China)
Social Arrangement Ji-Song Zhang (China)
Frank Yang (China)
Exhibits Xing-Yuan Weng (China)
ICF 10 ORGANIZATION COMMITTEE
International Conference on Ferrite International Committe??ICFIC??, Association of Electronic Material Industry of Japan, Hao CHEN(Southwest Institute of Apllied Magnetics of China,SIAMC)??Guo-hua CHEN(China Magnetic Materials and Devices Association), Ji-song ZHANG(Magnetic Materials & Devices Information Net of China), Da MA (National Technical Committee 89 on Magnetic Components and Ferrite Materials of Standardization Administration of China), Huai-wu ZHANG(University of Electronic Science and Tech-nology of China), Yi-long ZHANG(Hengdian Group DMEGC magnetic limited company), Rui-biao ZHANG(TDG Holding Co.,Ltd)., Ji-zhong YAO(BGRIMM Magnetic Material & Technology Co.,Ltd.), Hong WANG(YIBIN Jinchuan Electronics Co., Ltd.), Jue WANG(Nanjing Jinning Sanhuan FDK CO.,Ltd.), Ming-yue LU(Zhejiang Chunhui Composite Materials Co.,Ltd.), Guang ZHAO(Nanjing New Conda Magnetic Industrial Co., Ltd.), Xiang-bo RUAN(Wugang Refractory Co., Ltd., RCWISCO), Guo-fa ZHAO(Zhejiang Kaiven Magnet Co., Ltd.), Wen TAI(Shunde Baling Group), Wei WANG(Mianyang Kaiyuan Magnetism Material Co., Ltd).
ACADEMIC Committee
Can Korman(IEEE Society), Alex Goldman (American Ceramic Society), Masahiko Naoe(ICFIC??Japan)??G.Bottoni(ICFIC??Italy)??You-wei DU??Nanjing University??China????Ji ZHOU??Tsing University??China????Zheng YANG??Lanzhou University??China????Xiang-shui MIAO??Huazhong university of science and technology??China??????Huai-wu ZHANG??UESTC?? China????Qingqing FANG??Anhui University??China????Yang LUO??IEEE TC-15 Committee??China????Chun ZHAO??SIAM, China????Bao-shun L????BGRIMM Magnetic Material & Technology Co.,Ltd., China????Jian-zhong YUAN??China????Ching-Ray CHANG??Taiwan University??China????Wen-cheng ZHANG??Zhongzheng University??China????Zhao-yin LIN??Taiwan??China????Vince Harris??America????Kai Liu??America????Sam Lofland??Rowan University??America????Alexandru Stancu??Universitatea Alexandru Ioan Cuza??Romania????Raul Valenzuela??Mexico????Kolektor Nanotesla Institut??Slovenia??,
MAILING ADDRESS
Ms. Lu Zhang or Mr. Da Ma
General Secretary, ICF10
Southwest Institute of Applied Magnetics,
P. O. Box 105, Mianyang, Sichuan Province, P.R.China.
Postal code: 621000
Tel: 0086-816-2868058 2868133
Fax: 0086-816-2869085
E-mail??2008ICF10-cn@163.com
Map of Chengdu International Convention and Exhibition Centre
ICF10 SCHEDULE
1.BOARD
|
date |
Breakfast (7:00 ) |
Lunch (12:00) |
Dinner (18:00) |
|
place |
remark |
place |
remark |
place |
remark |
|
Oct10
FRI |
|
|
|
|
Sandalwood garden |
buffet |
|
Oct11
SAT |
Sandalwood garden |
buffet |
Sandalwood garden |
buffet |
Sandalwood garden |
banquet
(18:30) |
|
Oct12
SUN |
Sandalwood garden |
buffet |
Sandalwood garden |
buffet |
Shunxing authentic tea house |
set meal |
|
Oct13
MON |
Sandalwood garden |
buffet |
Sandalwood garden |
buffet |
Sandalwood garden |
buffet |
Note:1.Delegates lodging in Califorlia Garden can have breakfast by room card.
2.All time is Beijing time.
2.ACADEMIC SESSION
|
date |
content |
place |
chair |
|
Oct11
SAT |
8:30-12:00 |
Opening ceremony
Theme report |
Jinniu Hall |
M. Sugimoto
Hao CHEN |
|
13:30-18:00 |
Academic session |
According to group |
branch chairs |
|
Oct12
SUN |
8:30-12:00 |
Academic session |
According to group |
branch chairs |
|
13:30-18:00 |
Academic session |
According to group |
branch chairs |
|
Oct13
MON |
8:30-12:00 |
Technical tour |
1. Galaxy Company 2.UESTC |
Yan DAI
Huai-wu ZHANG
Da MA |
|
13:30-18:00 |
sightseeing |
Sanxingdui |
|
|
Oct14
TUE |
Sightseeing(option), meeting over |
(1)Plenary Meeting
Date:Oct11,2008. Place:JINNIU HALL.
|
order |
time |
reporter |
topic |
|
1 |
8:30-8:50 |
M. Sugimoto |
Opening speech |
|
2 |
9:00-9:20 |
Hao CHEN |
Present Status of China Magnetic Material Industry |
|
3 |
9:20-9:40 |
Hideki Harada |
Bonded Magnets Market and Technology |
|
4 |
9:40-10:00 |
Huai-wu ZHANG |
Research Dynamics of China Soft Ferrite |
|
Interval(20 minutes) |
|
5 |
10:20-10:40 |
Yang LUO |
Hard Ferrite Industry in China |
|
6 |
10:40-11:00 |
Michael J. Ruthner |
Aspects of ferrite raw materials selection and precise process control for the production of MnZn-ferrite powders |
|
7 |
11:00-11:20 |
M. Sugimoto |
Awarding of the Takeshi Takei Prize |
|
|
|
|
|
|
(2) Meetings in Group
A. Novel Ferrite
Branch Chairs??Chun ZHAO, Xiang-shui MIAO, You-wei DU,
Qing-qing FANG, A. Žnidaršič, S. Ammar??H.Satoh
Place??CHENGHUA HALL
|
order |
date |
time |
reporter |
topic |
|
1 |
Oct11 |
13:30-14:00 |
Qing-qing FANG |
Research Progress of Uniaxial Hexagonal Strontium Ferrites Nanoscale Particles |
|
2 |
14:00-14:30 |
You-wei DU |
Magnetic Nanostructured Materials |
|
3 |
14:30-15:00 |
S. Ammar |
Annealing effect on the magnetic properties of polyol-made Ni-Zn ferrite nanocrystals |
|
4 |
15:30-16:00 |
H.Satoh |
Trend of Multilayer Chip Inductor |
|
Interval??20 minutes?? |
|
5 |
Oct11 |
16:20-16:50 |
X.X.Liu |
The effect of seed layer on the crystallographic properties of Fe/Mgo/Fe tunnel junctions |
|
6 |
16:50-17:20 |
X.X.Liu |
NdFeB/FeCo Exchange Spring Thin Film Magnet with perpendicular magnetic anisotropy |
|
7 |
17:20-17:50 |
M. R. Barati |
Influence of the Metal Nitrates to Citric Acid Molar Ratio on the Processing of Nickel Zinc Ferrite Nanocrystalline Powders Synthesized by a Sol-Gel Auto Combustion Method |
|
|
|
|
|
|
|
|
|
|
8 |
Oct12 |
8:30-9:00 |
Xiang-shui MIAO |
Microstructure and Magnetic Properties of Co-ferrite Films with High Perpendicular Coercivity |
|
9 |
9:00-9:30 |
A. Žnidaršič |
Absorption of carboxylic acids on nanosized magnetic particles using in?Csitu Infrared spectroscopy |
|
10 |
9:30-10:00 |
X. F. CHEN |
Preparation and characterization of Mn-Zn and rare earth doped ferrite nanoparticles |
|
Interval??20 minutes?? |
( CONTINUE)
|
11 |
Oct12 |
10:20-10:50 |
C. Tassel |
Low-Temperature Reducing Chemistry: Synthetic Conditions of SrFeO2 |
|
12 |
10:50-11:20 |
N. MATSUSHITA |
Polymer Coated Magnetic Beads for Bio-screening Containing Ferrite Nanoparticles Synthesized by Hydrothermal Treatment |
|
13 |
11:20-11:50 |
W. Y. LI |
Study of Signal and Noise of GMR Sensors with Spin Valve Configuration |
|
14 |
13:30-14:00 |
L. Zhang |
Effect of different annealing ambience on Co2+ doped ZnO diluted magnetic semiconductors |
|
15 |
14:00-14:30 |
Y. Q. SONG |
Annealing effects on the ferromagnetism of Ce0.97Co0.03O2-?? compounds |
|
16 |
14:30-15:00 |
X. M. CHENG |
Effect of Carbon Intermediate Layer on the Magnetic Property and Microstructure of CoCrPt/Ti Perpendicular Magnetic Recording Media |
|
17 |
15:00-15:30 |
M. Drofenik |
The synthesis of superparamagnetic barium hexaferrite particles |
B. Microwave Ferrite and Hard Ferrite
Branch Chairs??Bao-shun L??, Yang LUO, Jian-zhong YUAN,
Hideki Harada, Samlofland, Deepak Bhalla, Ali Ghasemi
Place??JINJIANG HALL
|
order |
date |
time |
reporter |
topic |
|
1 |
Oct11 |
13:00-13:25 |
Ali Ghasemi |
Electromagnetic wave absorption characteristics of BaFe9(Ni0.5Cu0.5Ti)3/2O19 |
|
2 |
13:25-13:50 |
D. Lisjak |
The effect of annealing on the formation of hexaferrite absorber coatings produced by thermal spraying technologies |
|
3 |
13:50-14:15 |
Z. R. MA |
Influence of Slurry Preparation on Performance of Hard Ferrite Material |
|
4 |
14:15-14:40 |
H. J. ZHAO |
Left-Handed Transmission in an All-Dielectric Composite Metamaterial |
|
5 |
14:40-15:05 |
Z. Q. HAN |
Study of Low Temperature Sintering LiZn, LiTiZn Ferrites Prepared by the Sol-Gel Method |
|
6 |
15:05-15:30 |
Z. Q. HAN |
Investigations in the DH, DHeff, DHk on Some Garnets |
( CONTINUE)
|
7 |
|
15:30-15:55 |
Z. Q. YU |
The Effects of Calcium Gluconate on the Milling Efficiency and Magnetic Properties of Strontium Ferrimagnetism |
|
Interval??20 minutes?? |
|
8 |
|
16:15-16:40 |
Quan FENG |
The Effect of Nano-materials on the Fracture Toughness
of Strontium Ferrimagnetism |
|
9 |
16:40-17:05 |
D. L. WEN |
Effect of Ion-substitution on the Remanence Ratio of High Power Microwave Ferrite Materia |
|
10 |
17:05-17:30 |
P. HUANG |
Bi substituted DyIG film for magnetless Faraday Rotator in visible light |
|
11 |
Oct12 |
8:30-8:55 |
C. YAN |
DMEGC Present and Future |
|
12 |
8:55-9:20 |
W. G. YANG |
Application of Ions Substitution in Permanent Ferrite |
|
13 |
9:20-9:45 |
H. D. LI |
3 CM Pole Transformation Switch with 70kW peak power |
|
14 |
9:45-10:10 |
X. W. FAN |
W Type Hexaferrites Applied in Broadband
Electromagnetic Wave Absorbers |
|
Interval??20 minutes?? |
|
15 |
|
10:30-10:55 |
W. B. JIANG |
Non-linearities in the Microwave Ferrite Material |
|
16 |
Oct12 |
10:55-11:20 |
X.D.Deng |
Preparation of Barium Ferrite/ Epoxy Resin Microwave Absorbing Composites |
|
17 |
11:20-11:45 |
A. Kaewrawang |
The Effect of AlSi and Al Underlayers on Sr-ferrite Sputtered Films |
|
18 |
13:30-13:55 |
J .B. LIAN |
Studies on the High compression density of ferrite powderfor injection molded |
|
19 |
13:55-14:20 |
Ying-li LIU |
Structure and Basic Magnetic Properties of Low temperature sintering M-Barium Hexaferrites |
|
20 |
14:20-14:45 |
Jin-song CHEN |
A 2-8GHz Wide Band LTCC Integrated YIG Oscilator |
|
21 |
14:45-15:10 |
Y.C.Lu |
Research and Development of High Remanence and Intrinsic Coercivity Permanent Y4254 Ferrite Materials |
|
|
|
|
|
|
|
C. Soft Ferrite
Branch Chairs??Huai-wu ZHANG, Ji ZHOU, Zheng YANG,
Michael J. Ruthner, N. Matsushita, P. Mukherjee
Place??QINGYANG HALL
|
order |
date |
time |
reporter |
topic |
|
1 |
Oct11 |
13:30-13:50 |
H. Wolfmeir |
|
|
2 |
13:50-14:10 |
Miao WANG |
Calculation of the Effective Parameters of Ferrite E-cores Series |
|
3 |
14:10-14:30 |
M. Bakalarska |
Processing of Cu-rich NiCuZn-ferrite components used for wideband EMI-suppression |
|
4 |
14:30-14:50 |
K. X. YANG |
Preparation of the MnZn Ferrite Slurry using for Spray Drying |
|
5 |
14:50-15:10 |
D. Holz, |
Frequency Stability of the Initial Permeability1of MnZn-Ferrites |
|
6 |
15:10-15:30 |
Jue WANG |
JSF-FDK united to speed up research and mass production of soft ferrite material |
|
7 |
15:30-15:50 |
V. Tsakaloudi |
Tailoring the temperature characteristics of the magnetic permeability of NiZn-ferrites |
|
Interval??20 minutes?? |
|
8 |
Oct11 |
16:10-16:30 |
Y. P. LIU |
Development and Mass Production of Low Loss Mn-Zn Ferrite working at Frequency Higher than 3 MHz |
|
9 |
16:30-16:50 |
G. Kogias |
The potential of freeze-granulation technology on soft ferrites |
|
10 |
16:50-16:10 |
Guang ZHAO |
Developing a Low Power Loss NiZnCu Ferrite Material for LCD Backlighting Inverters |
|
11 |
17:10-17:30 |
A. A. Lucas |
Study of The Induced Magnetic Anisotropy Versus Temperature In Cobalt Substituted NiZnCu Ferrites |
|
12 |
Oct12 |
8:30-8:50 |
Ben-shuai BAI |
Preparation of High Performance Ferrite from MnZn Grinding Sludge |
|
13 |
8:50-9:10 |
C. M. Wang |
High Permeability and High Impedance Mn-Zn Ferritesfor Anti-EMI Applications |
|
14 |
|
9:10-9:30 |
W. L. Cai |
A Material Challenging PoE+ Application |
|
15 |
9:30-9:50 |
W. HUANG |
Influence of Sintering Atmosphere on the Temperature Point of the Minimum Value of Loss-Temperature Curve in MnZn Magnetic Ferrite |
|
16 |
9:50-10:10 |
N. Matsushita |
MnZn-ferrite films by a solution process for electromagnetic compatible (EMC) devices |
( CONTINUE)
|
17 |
|
10:10-10:30 |
J. Q. LUO |
Effect of grinding on inductance in MnZn ferrite making |
|
Interval??20 minutes?? |
|
18 |
Oct12 |
10:50-11:10 |
M. HACHIYA |
Grain size dependence of magnetic property in Ni0.49Zn0.49Co0.02Fe1.90Ox ferrite |
|
19 |
11:10-11:30 |
W.L.Yu |
Study on the MgCuZn ferrite material (JM1K) used for Anti-EMI magnetic cores |
|
20 |
11:30-11:50 |
A. P. HUANG |
Frequency Dispersion of the Initial Permeability in High-permeability MnZn Ferrites |
|
21 |
13:30-13:50 |
J. Töpfer |
LTCC-compatible Multilayer Ferrites for Integrated Inductors |
|
22 |
13:50-14:10 |
R. QIU |
Study on temperature properties of CuZnTi ferrite with Sm3+ doping |
|
23 |
14:10-14:30 |
M. Y. LU |
The effect of manufacturing process and oxide additives on electro-magnetic properties of high permeability MnZn ferrite |
|
24 |
14:50-14:10 |
T. Katoh |
Frequency response of permeability on textured Z-type hexagonal ferrite |
|
25 |
15:10-15:30 |
H. W. FU |
Study on Thermal Sensitive High Permeability Mn-Zn Ferrites and its Manufacturing Process |
|
Interval??20 minutes?? |
|
26 |
Oct12 |
15:50-16:10 |
S. L. CHE |
Observation of the Segregation Behavior of Ca in the Sintering Process of MnZn Ferrite |
|
27 |
16:10-16:30 |
B. Y. LI |
Analysis and Forecast of the Production, Supply and Demand of Iron Oxide in China |
|
28 |
16:30-16:50 |
Sheng WANG |
Tape casting of ferrite and dielectric materials for multilayer devices |
3.EXHIBITION
There are a few enterprises?? exhibition in the same hall and same period.
4.PAPER POSTER
A. Novel Ferrite
|
order |
auther |
topic |
|
1 |
Shuichi IIDA |
Birth of Iida Physics (GUFP, Grand Unifying Frame for Physics): Ferrites, Zeeman Energy, Meissner-Ochsenfeld Effect, Elementary Particles, Nuclei, and Cosmology |
|
2 |
L. ZHANG |
One Simple Method to Produce Iron and Iron Carbide Filled Multi-Walled Carbon Nanotubes |
|
3 |
Y. Matsuo |
Nanolevel Polishing Using MCF |
|
4 |
W. Y. LI |
1/f Noise in GMR Heads with Spin Valve Configuration |
|
5 |
J.S. He |
Water-dispersivity of FePt nanoparticles synthesized by using water-soluble polymer as protective ligand |
|
6 |
J. L. Tsai |
Magnetic Properties and Microstructure of Perpendicular FePt/glass Films |
|
7 |
L. PENG |
Magnetic Properties of Sm2Co17 Based Films for MEMS Applications |
|
8 |
S. LI |
The Preservation Time of Rapid Thermal Annealing Effect on the Loss of Bi:YIG Film in Terahertz Regime |
|
9 |
Y. LI |
The microstructure and magnetic properties of Co1-xZnxFe2O4 films |
|
10 |
C.M. Srivastava |
Origin of magnetoresistance in La2/3Ca1/3MnO3 thin film and bulk material |
B. Hard Ferrite
|
order |
auther |
topic |
|
1 |
P. HUANG |
Using Ansys for the design of permanent magnetic Circuit of magneto-optical isolator |
|
2 |
H??Yamamoto |
Effect of Mg Stearate Addition on Magnetic Properties of Ba-System W-type Ferrite Magnets |
|
3 |
Z. Q. Wang |
The Structural and Magnetic Properties of the Sr1-xLaxFe2n-xCoxO19 Fine Particles Prepared by Chemical Coprecipitation |
|
4 |
D. X. BAO |
Commercial Manufacturing of High Performance Injection Molding Bonded Permanent Ferrite Materials |
|
5 |
Q. H. LI |
Research on Debinding Technology of SinteredSr-ferrite Permanent Magnets by PIM |
|
6 |
J. XIONG |
Theoretical Calculation of Ferrites Magnetic Group's Magnetic Field |
|
7 |
X. K. QUAN |
Manufacturing Technique of Dry-molded Anisotropic sintered Permanent Magnetic Ferrite |
C. Soft Ferrite
|
order |
auther |
topic |
|
1 |
J. G. LIU |
Calculation of the Effective Parameters of Magnetic Piece Parts with Geometry-asymmetrical Shunt-wound Magnetic Circuits |
|
2 |
X. SU |
Errors and Analysis on IEC 60205 Ed.3: Calculation of Effective Parameters of Magnetic Piece Parts |
|
3 |
S. Y. DONG |
Low Loss & High Resistivity NiCuZn Material Used in Transformers of High Output Voltage |
|
4 |
D. W. GUO |
Structure and magnetic property of NiZn ferrite film deposited by magnetron sputtering at room temperature |
|
5 |
C. H. PENG |
Preparation of Mn-Zn Ferrite Coprecipitation Powders from Neutral Leached Residue of Zinc Calcine |
|
6 |
B. B. WEI |
Surface Modification of nanosized MnZn ferrite powders |
|
7 |
Kevin Peng |
Role of MoO3 in Developing a Stress Resistant Material With a Smooth Microstructure |
|
8 |
J. H. ZHAO |
The Influence of Composite Additives on the MnZn Ferrites |
|
9 |
G. ZHAO |
A Study on the Role of SiO2 & ZrO2 in Controlling Power Losses at High Frequencies with a MnZn Power Ferrite Material |
|
10 |
G. W. LENG |
Thermal sensitive Mn-Cu-Zn Ferrite and its application in Temperature limiter |
|
11 |
K. SUN |
Residual Loss and Imaginary Permeability of MnZn Ferrite |
|
12 |
X. N. ZHAO |
Effects of Sputtering Process on the Crystal Structure and Magnetic Properties of NiZn Ferrite Films |
(CONTINUE)
|
13 |
C. Y. LIU |
The Structure and Magnetic Properties of Mn-Zn Ferrite Films by Alternate Sputtering |
|
14 |
Y. L. LIU |
The Effect of Forming Density on The THD Characteristic of Mn-Zn ferrites |
|
15 |
Tina Chiang |
New Material with Low Power Loss at 1MHz and High Saturation Flux Density |
|
16 |
J. X. ZHANG |
Effect of the ZnO/NiO Ratio on Core Loss in NiCuZn Ferrites |
|
17 |
P. J. CAI |
Influence of Additives on the Microstructure and Mechanical Strength of Mn-Zn Ferrite |
|
18 |
H. C. BAI |
Wide Temperature Range Material for LAN Application with High Field Strength |
|
19 |
G. Z. WANG |
The effect of Raw Materials Purity on High Bs Characteristic of NiCuZn Ferrites |
|
20 |
Audi Lai |
Study on the Optimization of Additives on the Direct Current-Bias of Mn-Zn Ferrite Material |
|
21 |
X. L. LI |
Effect of Ni,Mg,Cu Substitution on Magnetic properties of Mn-Zn ferrite |
|
22 |
Z. Y. XU |
Microstructure and magnetic properties of Sn-substituted MnZn ferrites |
|
23 |
L. Z. LI |
The Effect of Nb2O5 Addition on the Microstructure and Magnetic Properties of MnZn Power Ferrites |
|
24 |
S. Goswami |
High Performance Power Ferrite Material for Application in an Environment at Temperature above 140oC |
|
25 |
P. Postolache |
FORC Analysis of Magnetostrictive Materials |
|
26 |
T. Kikuchi |
Influence of Mn on the Color of Ferric Oxide Powders |
|
27 |
S. Gotoh |
Recent Development of Low Loss Mn-Zn Ferrites Designed for Transformers Used in Various Applications |
|
28 |
Kiyoto Ono |
Analysis of Eddy Current Loss of Ferrites |
|
29 |
Z. YU |
Grain Growth, Grain Boundary and Oriented Growth of Bi2O3 Doped MnZn Ferrite |
|
30 |
S. Kijima |
Recent Development of the Ferrite Powders for Radio Wave Absorber andElectromagnetic Shield Applications |
|
31 |
J. M. HUANG |
Effects of Stoichiometric Ratio of Fe2O3 on the Crystallographic, Microstructural and Magnetic Properties of NiCuZn Ferrites |
|
32 |
H. N. JI |
Temperature Speciality of TiSn-Substituted Manganese-zinc Ferrites |
|
33 |
Q. G. WANG |
Sintering Behavior,Permeability and Microstructure of Low
Temperature Sintered NiCuZn Ferrites Prepared by Solid Reaction Method |
|
34 |
S. Q. YAN |
The Influence of the Proportion of Distribution in A,B Location of Cu Ion on the Slope of ??i-T Curve of the Material |
(CONTINUE)
|
35 |
S. Y. TONG |
Simulation of effective permeability on NiCuZn ferrite hybrid film used as soft-flexible substrate |
|
36 |
O. F. Caltun |
Thin Cobalt Ferrite Films for sensors applications |
|
37 |
Z. Q. HAN |
An Overall Appraisal of Low Temperature Co-fired NiCuZn Ferrites Prepared by the Ceramics Methods and the Sol-Gel Methods |
|
38 |
Y. HE |
Electric and Magnetic Properties of (1-x)(Ni0.21Zn0.66Cu0.13)Fe2O4 + x CaCu3Ti4O12 Composite Material |
|
39 |
A. Angermann |
Preparation of Low Loss Mn-Zn Ferrites for High Frequencies through an Oxalate Precipitation Process |
|
40 |
T. Ishikura |
MnZn Ferrite with Low Loss at High-Frequencies |
|
41 |
W. WANG |
The ferrite material KNW45 with high DC-Bias in wide temperature |
|
42 |
P. Mukherjee |
Effect of Duty-cycle on Losses, Efficiency and Throughput Power of Ferrite-core Transformers with Non-sinusoidal Flux |
|
43 |
S. J. ZHANG |
Effect of SiO2 Doping on Magnetic Properties of NiCuZn Ferrite |
D. Microwave Ferrite
|
order |
auther |
topic |
|
|
1 |
R. P. JIANG |
Non-reciprocities on the Microwave Ferrite |
|
2 |
L. C. ZHANG |
Formation of Li Ferrite by Mechanical Ball Milling |
|
3 |
X. J. LI |
The Effect of Small Deviation From Stoichiometry on the Essential Properties of Polycrystalline Garnets |
|
4 |
R. Valenzuela |
Ferromagnetic Resonance Study of Cu-doped Ni-Zn Ferrites |
|
5 |
L. Y. YANG |
Novel Microstrip Ferrite Coupled Wiggly-line Circulator |
|
6 |
L. KANG |
Ferrite-based Magnetically Tunable Electric Metamaterial |
|
7 |
X. N. JIANG |
Effects of Sintering Temperature and Bi 2O 3 on Li V olatilization in LiZn Ferrites |
|
8 |
Z. Q. HAN |
A Study of Yttrium Iron Garnet (YIG) Prepared by Sol-gel Method |
|
9 |
S. LI |
The Preservation Time of Rapid Thermal Annealing Effect on the Loss of Bi:YIG Film in Terahertz Regime |
|
10 |
L. F. BIAN |
Magnetic Properties of Co2Z Ferrite Sintered in Oxygen Atmosphere |
|
11 |
Z. Q. HAN |
Investigations in the DH, DHeff, DHk on Some Garnets |
|
|
|
|
|
LIST OF SUPPORTING UNITS
the Japan Society 0f Powder and Powder Metallurgy
????????????????????????????.300000 Yens
Southwest Institute of Applied Magnetics of China (SIAM)
????????????????????????????50000 RMB Yuan
TDG Holding Co.,Ltd
??????????????????????..????...30000 RMB Yuan
Hengdian Group DMEGC Magnetic Co.,Ltd
??????????????????????..????...30000 RMB Yuan
NANJING JINNING SANHUAN FDK CO.,LTD.
??????????????????????..????...20000 RMB Yuan
Mianyang Kaiyuan Magnetic Materials Co.,Ltd
??????????????????????..????...20000 RMB Yuan
State Key Laboratory of Electronic Thin Film and Integrated Devices, UESTC
??????????????????????..????...20000 RMB Yuan
Wugang Refractory Co., Ltd. (RCWISCO)
??????????????????????..????...30000 RMB Yuan
BGRIMM Magnetic Materials& Technology Co.,Ltd
??????????????????????..????...10000 RMB Yuan
YIBIN jinchuan ElectronicsS CO., LTD
??????????????????????..????...10000 RMB Yuan
Zhejiang Kaiven Magnet Co., Ltd
??????????????????????..????...10000 RMB Yuan
Zhejiang Chumhui Composite Materials Co., Ltd
??????????????????????..????...10000 RMB Yuan
Nanjing New Conda Magnetic Industrial Co., Ltd. (NCD)
??????????????????????..????...10000 RMB Yuan
Southwest Institute of Applied Magnetics of China (SIAM)
Southwest Institute of Applied Magnetics of China (SIAM) , was set up in Mianyang before 41 years , now becomes the most comprehensive institute of applied magnetics in China. SIAM owns a strong research and development group. SIAM was accredited to the internationally recognized ISO9001 quality standard in 1999. SIAM now plays a leading role in the field of the magnetics in China. It is in charge of the following organizations: Magnetic Materials and Devices Information Net of China, National Technical Committee 89 on Magnetic Components and Ferrite Materials of Standardization Administration of China, China Magnetic Materials and Devices Association, Applied Magnetics Institute of Chinese Electronic Institute, Institute of IEC/TC 51 Technology in China, and Quality Inspection & Test Center of Magnetic Products in Chinese Electronic Industry. In order to accelerate the transformation from research achievements to market products, SIAM has set up 5 production lines, which had formed a scale manufacture capacity.
The main products of SIAM (registered BEI DOU trade mark) be listed as follows: Microwave Ferrite Single Crystal Materials and Polycrystalline Materials, YIG-Tuned Filters and Oscillators, DR Filters and Oscillators, Waveguide Circulators and Isolators, Coaxial Circulators and Isolators, Microstrip Circulators and Isolators, Phase Shifters, Modulators, Electronically-Tuned Attenuators, MIC Assemblies, Millimeter Ferrite Materials and Devices, Rare-earth Permanent Magnetic Materials (RCo5, R2Co17, NdFeB) and Devices, Quenched Magnetic Powders, HDDR Magnetic Powders, Bonded Magnets and Devices, Soft Ferrite Material Series of Mn-Zn and Ni-Zn, Inductors, including LTCC Inductors, Transformers, Switch Power Sources, EMI Materials and Devices, Magnetic Sensing Elements and Sensors, Magnetic Film Memory, Magnetic Record Materials and Device, Magnetic Test and Measurement Instruments and other magnetic special equipment.
Fax:0816-2869009 Tel:0816-2868000
HTTP://www.siam.cn
TDG Holding Co.,Ltd
TDG which was founded in 1984, is a national high-tech enterprise, China??s biggest soft ferrite product manufacturing and export base, one of the top 100 Chinese electronics enterprises, is in the advanced division of national ideology civilization construction, and is the first public company held by individuals in China.
TDG has more than 10 shareholding corporations. The special fields include the design, manufacturing and selling of magnetic material, electronic component, integrated optical component, electromechanical equipment, logistics technology and so on. Real estate and financial investment have also been included.
Main Products and services:
Magnetic materials: TDG can provide 32 major kinds of soft ferrite materials, more than 2000 specs of MnZn and NiZn ferrite magnetism cores.
Electronic manufacturing service: includes product design, supplies chain, electronic manufacturing and after-sale service.
Magnetism electronic components: TDG engaged in R&D, manufacturing and sale for CCFL Inverter Unit, all kinds of DC-DC Converter Units, SMT transformer and cores.
Integrated Optoelectronics Device: Main products include active and passive components with multiple functions, such as AWG, Splitter, Integrated Transceiver, ONU and so on.
The mechanical & electrical equipment: Main products include special equipments for ferrite manufacturing, special pressing machines, etc.
Http://www.tdgcore.com
Hengdian Group DMEGC Magnetic Co.,Ltd
Hengdian Group DMEGC magnetic limited company is a shareholding system enterprise which was initiated by Hengdian Group on March 30 th 1999 and united with other 4 enterprise legal persons together. It is a large first-grade technically leading corporation at the national level which integrated production, plan & management, scientific research, development and information service. The corporation has become the largest production base of hard ferrite magnet in the world and soft ferrite cores in the country.
The DMEGC magnetic Ltd. is a high technology enterprise which has been approved by Chinese Academy of Sciences and Chinese Ministry of Science and Technology. Besides, the corporation set up the unique National Post-doctoral R&D Station among all national magnetic material manufacturers. Moreover it is the first enterprise which is certified with the ISO9001 and QC9000 among all the magnetic manufacturers in China. And in January of 2003, the corporation has passed ISO9001: 2000 and GB/T19001-2000 again. Also in 2004, the ?? DMEGC ?? brand magnetic material was chosen as the ?? Chinese Famous Product ?? and ?? National Products Exempt from Inspection ?? by General Administration of Quality Supervision, Inspection and Quarantine of People ' s Republic of China.
CEO & President: Mr. Shijin HE
ADD: Hengdian Industrial Zone, Dongyang, Zhejiang, China P.C.: 322118
Tel: 0086-579-86588888 86553388
Fax: 0086-579-86551157 86552100
Website: http://www.chinadmegc.com
NANJING JINNING SANHUAN FDK CO.,LTD.
FOUNDATION DATE?? Dec.1, 2004
Headquarter Plant.?? Xin Gang Plant:
ADD: 9, Xingjian Road, Nanjing Economic & Technological Development Zone .
CAPITAL AMOUNT?? USD 40,000,000
INVESTED SHARES1.Nanjing JinNing Electronic Groups Co.,Ltd. 36.0??
2. FDK CORPORATION ,Japan 33.4??
3. Beijing Zhong Ke Sanhuan Hi-tech CO.,Ltd. 30.6??
MAIN PRODUCTS??
1. Mg-Zn Ferrite cores ( Used in Deflection Yoke )
2. Mn-Zn Ferrite cores ( Used in Power &Communication Machines)
3. N i- Zn Ferrite cores (General- Purpose Small Type & EMI use):
(1) Multi-usage small type Ferrite core??Small Radio ,generally called as SR??
(2)EMI(Electro-Magnetic Interference ) countermeasure
4. CD PRODUCTS:
(1)The inverter transformer used in the backlight of LCD monitor and TV
(2)Power Inductor
Http://www.jsf.com.cn
Mianyang Kaiyuan Magnetic Materials Co.,Ltd
Mianyang Kaiyuan Magnetic Materials Co.,Ltd is an advanced New??High -technology enterprise of special research and manufacturing manganese- zinc ferrite materials & elements. The company had won the technological developing enterprises of information industry by Sichuan provincial government In 2007, our products are awarded ??Sichuan famous brand products ?? as well as Advanced New & High-technology model enterprise. It was certificated by IS09001??2000 in 1999.
The output of ferrite cores is over 12000 tons in our company per year now. Its workshops and component buildings are all well equipped. There are more than 1000 employees.
The company has exploited more than twenty new materials by ourselves,of which property rights we have holden in the fields of power ferrite materials,high initial permeability ferrite materials , wide frequency and wide temperature ferrite materials.
TEL:00886-0816-2971233
FAX:00886-0816-2275584
E-mail:kycc@chinakycc.com
Http://www.chinakcc.com
The State Key Laboratory of Electronic Thin Films and Integrated Devices
The State Key Laboratory of Electronic Thin Films and Integrated Devices(SKLETFID) was founded 2003 as a national key laboratory under the Ministry of Education by incorporating the original three national key laboratory. The New Type Sensor Laboratory under the Ministy of Education, the Laboratory of Electronic Information Material and the Laboratory of Power Semiconductor Technology under the Ministry of Information Industry.
Now this newly shaped laboratory focuses itself on the national strategic target in the IT field. With its solid foundation in scientific research and cutting-edge of technology in the area of eletronic information materials and integrated devices, it has been fully dedicated in the research and development of new type electronic thin film materials and integrated devices, and thus promoting the cross-link and integration of material, device and microeletronics.
Http://www.uestc.edu.cn
Wugang Refractory Co., Ltd. (RCWISCO)
Wugang Refractory Co.,Ltd.(RCWISCO), a wholly subsidiary company of Wuhan Iron & Steel(Group)Corporation has served the iron & steel industry for more than 40 years and gradually set foot in new fields of science & technology, such as madnets. Since 1998, constantly increasing in magnetic material industry. RCWISCO has established ??Wugang magnet??brand. RCWISCO has passed ISO9001:2000 approval.The capacity of the production is now 80 million pieces per year with almost full range of products including injection molding magnets multi-pole manetic ring, magnetic core series, PPS ferrite magnets, PPS NdFeB magnets and rotor magnets of motor, micro-wave oven magnetic ring series and sintered ferrite magnets multi-pole magnetic ring series. The products are applicable widely in the field of home appliances, electronics, office automatization.
Http://www.rcwisco.com.
BGRIMM Magnetic Materials& Technology Co.,Ltd
BGRIMM Magnetic Materials& Technology Co.,Ltd was held by Beijing General Research Institute of Mining & Metallurgy with high and new technique as leader under the central government. It has enormous technological potential in development and manufacture of permanent magnetic material. Main products??
l High-performance permanent magnetic ferrite materials??Injection ferrite powder??Rolling ferrite powder??Dry-pressed sintered ferrite powder??Wet-pressed sintered ferrite powder
l Magnetic recording powder
l Sintered / bonded magnetic device
l All kinds of electromagnetic wave absorbing materials
l Injection magnetic materials and devices
l Ultra-high molecule weight polyethylene resist-abrasion pipe
Http://www.magmat.com
YIBIN jinchuan ElectronicsS CO., LTD
YIBIN jinchuan ElectronicsS CO., LTD (The State-owned Factory No.899), which situates at the first city along the Yangtze River????Yibin, is the only domestic company to manufacture different series of magnetic materials, a professional large backbone enterprise to develop the magnetic materials and their elements & devices in western China, national 2nd grade enterprise, appointed military products supplying factory, high & new technology enterprise and also provincial civilized unit in Sichuan.
Our company established in 1965 has assets of ??250,000,000, 8 producing factories, 2 branch companies and 1 professional testing center. We mainly produce six classes and abounding specifications products of advanced hard ferrite materials and its elements, elements & devices of soft ferrite, assembly of microwave devices, components of rare earth permanent magnet, elements of adhesive permanent magnets for military and/or civil use. Meanwhile, we can provide service on professional technology consultant, planning, establishing and/or undertaking a produce line, manufacturing special equipments, tools and moulds. We have importing & exporting business right of our own, and have passed certifications on quality system of ISO9001 and QS9000, and also military products quality assurance system.
We have outstanding technology force, and more than 400 professional technicians of varied kinds. We also have over 40 sets of producing equipments and controlling & measuring instruments imported from Germany, U.S.A, Swiss, Japan, etc.
Http://www.jc-elec.com.cn
Zhejiang Kaiven Magnet Co., Ltd
Zhejiang Kaiven Magnet Co., Ltd previously named Dongyang Magnet Factory, is a well-known manufacturer and supplier of all types of permanent magnets, including hard ferrite magnet, sintered and bonded Neodymium , Alnico, Smco, flexible magnet and magnetic assemblies.
Established since 1987, Zhejiang Kaiven Magnet Co., Ltd. has grown up dramatically. We can manufacture more than 3000 sizes of Y25,Y28,Y30,Y30BH,Y33,Y34 ring, block and segment magnets from the raw material stage to finished products, and our production capability achieves 15000 tons annually. We have become the one of the largest production bases of permanent magnets in China.
We passed ISO9002:94 in 1998, ISO9001:2000 and QS9000:98 in 2002, and the environmental system ISO14004:2004 in 2003. At present, a new quality management system ISO/TS16949 has been introduced into our company. We establish and make use of APQP,PPAP,FMEA,QSA,SPC,MSA to strive for continuous innovation.
Http://www.kaiwen.com.
Zhejiang Chumhui Composite Materials Co., Ltd
Zhejiang Chunhui Composite Materials Co., Ltd is a joint-stock company established by Zhejiang Chunhui Group and National High-tech Co., Ltd together with relative universities and colleges. The company is responsible for the model project of the nation,s technology industrialization which is annually burning and compounding 5000 tons of special ceramics composite materials. The total investment of this project is RMB??193 million. The company owns a group of senior engineers and management personnel represented by 3 famous experts. The company introduces the state-of-the-art technology of material composition, i.e., Self-Propagation High-temperate Synthesis. The key and main facilities are imported from the US, Russia, Germany, Japan and Taiwan. The main products of the company are soft magnetic ferrite granules and all kinds of soft ferrite cores.
Http://www.chunhuicm.com.
Nanjing New Conda Magnetic Industrial Co., Ltd. (NCD)
Established in 1990, Nanjing New Conda Magnetic Industrial Co., Ltd. (NCD) is now one of the most promising companies in the field of soft ferrite magnetic materials. In 2001, NCD established its subsidiary company as a Sino-foreign cooperative enterprise, Nanjing Golden Conda Magnetic Material Co.,Ltd. (GCD). In 2006, another subsidiary company was established in Xingtai City, Hebei Province. As a ISO9001 and ISO14001 certificated company, NCD is authorized ??High Tech. Enterprise of Jiangsu Province?? and ??High Tech. Enterprise of Nanjing City??.
The main product families are low power loss ferrite series and high permeability ferrite series, including over 10 kinds of materials and around 400 types of cores, which can be used for manufacturing various transformers, inductors, coils and filters. A wide range of applications are including telecommunication, EMI suppression, household electric appliances such as LCD TV, PDP TV, automotive electronics, computer & peripheral equipments, green, l, ighting and industrial instruments, etc. The annual capacities are16,000 tons for ferrite powder and 7,000 tons for ferrite core, respectively, and the sales amount was RMB144,000,000 in 2007.
NCD??s manufacturing process is highly atomized with advanced equipment and measurement instruments, such as push type tunnel kilns, 8 & 16 stockpiles batch kilns, automatic presses, through-feed grinders, X-ray fluorescence spectrometer, laser diffraction particle size analyzer and B-H analyzer, etc.
Http://www.ncd.com.cn
Shunde Baling Group
Shunde Baling Group, former Shunde Magnet & Electric Group (SME)?? is a leading manufacturer of magnetic materials and micro motors in China. It owns a research institute, nine companies (factories) with modern facilities and first-class equipment. It has obtained ISO9001: 2000 quality system approval. The main products are: magnets, rubber magnets, magnetic powders, magnetic door gasket, magnetic products, bicycle lamp, AC & DC micro motors, gearboxes, exhausting fans, automotive door lock, automotive window kit, loudspeaker, alloy, moulds, jeans wear, jeans fabric etc.
Baling Group has great experience of over 20 years in producing magnetic materials. These years, with direct guidance of a famous expert on magnetic materials in China, it has developed many high-property and hi-tech magnets. Among them, the ??Radial anisotropic ring magnet??, ??Magnets for microwave-oven magnetron?? and ?? High-property bonded ferrite powders?? are the key new products of China and Guangdong Province.
ADD: 60# Huaan Rd, Junan Town, Shunde Dsitrict, Foshan City
Http://www.china-sme.com
ICF 10 ORGANIZATION COMMITTEE
Conference Chairman Mitsuo Sugimoto
Excutive Chairman Hao Chen
Committee Member
Da MA (National Technical Committee 89 on Magnetic Components and Ferrite Materials of Standardization Administration of China)
Guo-hua CHEN (China Magnetic Materials and Devices Association)
Ji-song ZHANG (Magnetic Materials & Devices Information Net of China)
Huai-wu ZHANG (University of Electronic Science and Tech-nology of China)
Yi-long ZHANG (Hengdian Group DMEGC magnetic limited company)
Rui-biao ZHANG (TDG Holding Co.,Ltd).
Ji-zhong YAO (BGRIMM Magnetic Material & Technology Co.,Ltd.)
Hong WANG (YIBIN Jinchuan Electronics Co., Ltd.)
Jue WANG (Nanjing Jinning Sanhuan FDK CO.,Ltd.)
Ming-yue LU (Zhejiang Chunhui Composite Materials Co.,Ltd.)
Guang ZHAO (Nanjing New Conda Magnetic Industrial Co., Ltd.)
Xiang-bo RUAN (Wugang Refractory Co., Ltd., RCWISCO)
Guo-fa ZHAO (Zhejiang Kaiven Magnet Co., Ltd.)
Wei WANG (Mianyang Kaiyuan Magnetism Material Co., Ltd).
Wen TAI (Shunde Baling Group)
ICF 10 CONTACT WAY
MEETING AFFAIRS:
Da MA, Lu ZHANG
Tel:086-816-2868058 2868133
PAPER:
Guo-jun YU, Frank YANG
Tel:086-816-2868133
EXHIBITION:
Xing-yuan WENG
Tel:086-816-2868131
FINANCIAL:
Hong HE, Yan-ming WANG
Tel:086-816-2868138
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