氟化镁

铝电解质添加氟化镁对X射线浴比仪浴比分析的影响

The Effect of Magnesium Fluoride in Aluminium Electrolyte on Bath Ratio by X & Ray Ratio Apparatus

用扫描电镜（SEM）研究了氟化镁在800nm超短脉冲激光作用下的单枪表面烧蚀形貌。

Single-shot damage morphology of magnesium fluoride induced by femtosecond laser pulse was studied with scanning electron microscope ( SEM ) . The laser pulses used were 800 nm central wavelength .

所设计的光栅与传统金属光栅不同之处在于基底和光栅之间增加了氟化镁介质，在垂直入射条件下，TM偏振透射率及消光比都增大。

When it works at the normal incidence , difference between the designed grating and conventional wire-grid is that the former adds the magnesium fluoride between the fundus and the grating , and the TM polarization transmission efficiency and the extinction ratio are increased .

多晶氟化镁（MgF2）导弹整流罩内散射颗粒定量无损检测方法研究用表面波测裂缝的新测定技术及其在大坝监视中的应用

Study on the Quantitative NDT Method for Scattering Particles in the Polycrystalline-Magnesium-Fluoride Dome for Missile INTRODUCTION TO A NEW SURFACE-WAVE BASED NDT METHOD FOR CRACK DETECTION AND ITS APPLICATION IN LARGE DAM MONITORING

氟化镁晶体中自陷态激子结构的研究

A Study of the Structure of the Self-trapped Exciton in MgF_2

热压多晶氟化镁常用作整流罩材料。

Poly-crystal MgF2 by hot-press is used material of dome .

不同工艺制备的氟化镁材料对真空镀膜的影响

Influence of Preparation Process for MgF 2 on Vacuum Plating

氟化镁整流罩的高速抛光背部皮毛窦1例

MgF_2 dome high-speed polishing Dorsal dermal sinus : one case

卤水氨氢氟酸法制备高纯氟化镁

Preparation of High Purity Magnesium Fluoride by Brine-ammonia-fluohydric acid Method

氟化镁锶中铕和铽的电荷迁移及其平衡解析

Electron Transfer and its Equilibrium between Eu and Tb in SrMgF_4 System

氟化镁窗口氘灯的真空辐射衰减特性

Radiation degradation characteristics of deuterium lamp with MgF_2 window in vacuum environment

氟化镁对于冰晶石&氧化铝融盐电解过程的影响

Influence of Magnesium Fluoride on the Electrolytic Process of Molten Cryolite Alumina Salts

从提锂母液制取氟化钾的研究氟化镁母液的回收利用乙酰磺胺酸钾的合成

Investigation on Preparing Potassium Fluoride from Mother Liquor in Production of Lithium Compounds

真空紫外铝+氟化镁膜偏振特性的研究

Polarization Characteristic of Al + MgF_2 Film at VUV

氟化丙烯酸酯聚合物的制备及表面性能的研究进展氟化镁母液的回收利用

Development of synthesis and surface characters of fluorinated acrylate polymers used in coating field

飞秒激光对氟化镁烧蚀机理研究

Mechanism of femtosecond laser-induced damage in magnesium fluoride

离子束辅助蒸发镀制硫化锌、氟化镁薄膜的工艺研究

Ion beam assisted deposition of ZnS and mgf_2

结果表明：电渗的主要物质是钠氟化合物，随着氧化铝浓度及氟化镁含量的增加，电渗的深度及电渗的物质量增加；

The results show that the main matter for the electroosmosis is sodium fluorine compound ;

基于磁流变斑点法的热压多晶氟化镁加工亚表面损伤实验研究

Research on Sub-Surface Damage of Process Hot-Pressed Polycrystalline Magnesium Fluoride Based on MRF Spotting Method

介绍了铝电解质中各种添加剂的应用，以及研究氟化镁的起因和氟化镁对于铝电解过程的影响。

This article describes the various additives used in aluminium electrolysis and the reasons for studying MgF2 as an additive to the cryolite aluminium molten salts .

溶解度小的氟化镁沉淀在镁基底上，影响了镁与锌离子之间的置换反应速率，从而控制了锌的沉积速率。

Magnesium fluoride deposited on the surface of substrate will restrains the displacement reaction between magnesium and zinc ion and decrease the rate of zinc deposition .

结果表明：硫酸镍镀液的腐蚀性比碱式碳酸镍镀液大，在低温下，镁合金在硫酸镍镀液中表面的氟化镁膜不致密，镀液对基材的腐蚀性高；

The results show that corrosion of magnesium alloy in the bath with nickel sulfate is suffered more seriously than that in the bath with basic nickel carbonate .

结果表明，氢氟酸处理得到的氟化镁转化膜对镁合金基体有较好的保护作用，在氟化镁钝化膜上电镀铝是可行的。

The converting film obtained by hydrofluoric acid treatment has better protection for the body of magnesium alloy . It 's feasible to electroplate Al on MgF2 passivation film .

采用电子束与离子辅助沉积技术，在氟化镁晶体材料上制备3.5~4.9μm增透与保护膜。

Using electron beams and ion assisted deposition techniques , on the substrates of magnesium fluoride crystal materials prepared the anti-reflection coating and the protecting coating in 3.5 ~ 4.9 μ m.

氟化镁晶体的光学性能主要依赖于它的表面质量，只有晶体表面达到超光滑表面粗糙度时才能满足它在生产上的需要。

The optical properties of magnesium fluoride crystals mainly depends on its surface quality , In order to meet its production needs , the crystal surface must achieve to super-smooth surface roughness .

采用三对叠层氟化镁和硫化锌复合薄膜封装的黄光有机电致发光器件在初始亮度为2000cd/m2的条件下半衰寿命的可达到245小时。

The half lifetime of yellow OLEDs under an initial luminance of 2000 cd / m2 with rubrene as an emitter reached 245 h using three pairs of MgF2 / ZnS layers .