ferrite

The results indicate that this craft definitely can satisfy the welding performance request of the ferrites microwave device.

Pure lithium zinc ferrites were synthesized by means of a combination of sol-gel method and subsequent calcination.

Therefore, controlled synthesis and modification of nanometer spinel-type ferrites have drawn continuous and worldwide research attention.

Terms and nomenclature for cores made of magnetically soft ferrites - Part 2 : reference of dimensions.

We are the leading manufacturer of ferrites , magnets and Iron Powder cores as well as Iron Powder automobiles parts.

To select the appropriate sintering temperature was propitious for the magnetic property and the apparent density of strontium ferrites.

The soft magnetic ferrites materials possess low saturation, which limits electron device miniaturization.

Thus, ferrites exhibit low energy losses, are efficient, and function at many frequencies depending on the permeability.

With the extended holding time, Priority ferrites grow in austenite-ferrite interface.

In this paper, NiZn ferrites have been prepared using solid-state mixing method.

New type soft ferrites , can provide good performance in suppressing both CM and DM noises.

And sintering temperature has an important effect on the initial permeability of Mn-Zn ferrites.

Spinel ferrites show important applications in the area of biomedicine, magnetic fluid, magnetic resonance image and so on.

Product, product and so on caking ferrites , neodymium iron boron through ISO9001 international quality system authentication.

Marking on U and E ferrites cores.

Terms and nomenclature for cores made of magnetically soft ferrites - Reference of dimensions

Solid Reaction, Densification and Microwave Properties of Low Temperature Sintered Li Ferrites Prepared by Oxide Method

A study on preparation and microwave absorbing properties of the uniaxial and planar W-type composite Sr-ferrites

Study of Ball Milling Effects to MnZn Ferrites Nanoparticles by Hydrothermal Synthesis

The Status of Push Slab Used in Nitrogen Kiln for Sintering Soft-magnetic Ferrites

Investigation of Chemical Bond Properties and Mossbauer Isomer Shifts in R-Type Hexagonal Barium Ferrites

Study on Three-Dimensional Morphology of Intragranular Nucleating Ferrites in Low Carbon Steels

Study on Preparation of Manganese-zinc Ferrites by Co-precipitation Method Using Spent Alkaline Zn-Mn Batteries

Analysis on the Technical Requirements for Soft Ferrites as Yokes of Microwave Ferrite Phase Shifters

Study on the Structure and Property of Infrared Radiation Ceramics of Ferrites with Spinel Type Structure

Development and application of soft ferrites magnetic material

Investigation on Bulk NiZn Ferrites Prepared From Nanometer Powders

Current status and outlook of push slab for sintering nitrogen kiln for soft-magnetic ferrites

ferrites; ultrafine powder; citrate method;

High permeability NiZn ferrites sintered at a low temperature of

Preparation of Mn-Zn Ferrites from Spent Batteries by Coprecipitation Method

the four ferrites is uniformly disposed on the innermost layer of the coil;

The Application of Ferrites Anti-jamming Magnetic Core in Electrical EMC Design

Preparation and Magnetization of Spinel Ferrites

The new manufacturing techniques of magnetic soft ferrites

Influence of Preparation on Properties of Temperature-Sensitive MnZn Ferrites

Effect of addition on magnetic properties and microstructure of MnZn ferrites with high permeability

Recent Research Progress in Synthesis of Spinel-type Ferrites

The effect of calcining temperature on the microstructure and magnetic properties of high permeability MnZn ferrites

Investigation and Development of Composition of Soft Magnetic Material of Ni-Zn Ferrites

Research on M-type Wave Absorption Ferrites Prepared from Iron Sand

Standard shapes and their symbols ferrites

Study on MnZn Ferrites Materials with High Permeability and DC Superposition

Influence of Setting Material on the Magnetic Properties of MnZn Ferrites

Present States and Recent Advances in M-Type Ferrites

Current Research Situation and Development of Mn-Zn and Ni-Zn Ferrites

Effect of Doping on the Quality Factor of NiZn Ferrites

Restoring Waste Dry Cell to Produce MnZn-ferrites

Hexagonal ferrites, because of internal anisotropy