double melting point

用法例句

A kind of tabular BaTiO3 powder was synthesized by the two-step molten salt method and using ion charge to the tabular intermediate Bi4Ti3O12.

用双重熔盐法制备片状Bi4Ti3O12粉体,以Bi4Ti3O12为中间产物通过离子交换制备了BaTiO3片状粉体,并对其工艺过程进行了优化。

PREPARATION OF TABULAR BaTiO_3 POWDER BY TWO-STEP MOLTEN SALT METHOD

双重熔盐法制备片状BaTiO_3粉体

vacuum arc double electrode remelting process

双电极式电弧真空重熔法

molten salt chronopotentiometry

熔盐计时电位滴定法

Preparation of LiMn_2O_4 by Low Temperature Molten-Combustion Method

低温熔盐燃烧法制备LiMn_2O_4

Molten salt synthesis of platelet NaNbO_3 crystals

熔盐法合成片状NaNbO_3晶体

Molten Salt Synthesis of Rod-like Tungsten Bronze Niobate Particles

熔盐法制备棒状复合碱土金属铌酸盐

Synthesis of Tungstates and Molybdates Nanoparticles by Molten Salt Method and Hydrothermal Method;

熔盐法及水热法制备钨酸盐钼酸盐纳米材料

Hydrogen Storage Properties of La_2Mg_(17) Alloy Prepared by a Smelting Method with Protection by Molten Salt

熔盐保护熔炼法制备La_2Mg_(17)合金及其储氢性能

FIRST CHINESE-JAPANESE BILATERAL SYMPOSIUM ON MOLTEN SALT CHEMISTRY AND TECHNOLOGY

第一届中日双边熔盐化学和技术学术会议

EFFECT OF DUAL-PULSES ON Al-Mn ALLOY COATINGS ON IRON ELECTRODEPOSITED WITH A LOW TEMPERATURE MOLTEN SALT BATH

双脉冲镀对低温熔融盐镀Al-Mn合金层的影响

Studies on the Preparation of Fe-6.5wt%Si Sheet by Molten Salts Electrodeposition;

熔盐电沉积法制备Fe-6.5wt%Si薄板研究

Preparation and Characterization of Needle-like TiO_2 and Bi_4Ti_3O_(12) Platelets Synthesized by Molten Salt Method;

针状TiO_2、片状Bi_4Ti_3O_（12）的熔盐法制备及表征

Studies on the Preparation of Si and Fe-6.5wt%Si Sheet by Molten Salts;

熔盐法沉积Si及制备Fe-6.5wt%Si薄板研究

Appl Ication of Molten Salt Method in Preparation of Inorganic Material Powders;

熔盐法制备锐钛矿相纳米TiO_2

Flux Growth, Structure and Properties Investigation of Ga_3PO_7 Crystal

Ga_3PO_7晶体的熔盐法生长、结构及性质研究

Synthesis of the lithium ion-sieve Li_4Ti_5O_(12) by mixed molten salt method

复合熔盐法合成Li_4Ti_5O_(12)离子筛

Preparation of Mg-Al-Sr-Ca Alloy by a New Technology of Molten Salt Electrolysis

熔盐电解法制备镁-铝-锶-钙合金新工艺

Tabular Sr_3Ti_2O_7 Intermediates Synthesized by Molten Salt Method

片状Sr_3Ti_2O_7中间体的熔盐法合成