1) yttrium hydride
氢化钇
2) Yttrium hydroxide
氢氧化钇
1.
In this paper, the synthesis and optical properties of indium hydroxide/oxide micro/nanostructure, yttrium hydroxide/oxide micro/nanostructure have been reported, and the photonic structures and optical properties of the butterfly wings and their corresponding inorganic replica have been also investigated.
氢氧化钇和氧化钇由于钇离子的电子层结构,表现出光学惰性,是优异的发光基质材料。
2.
And then yttrium hydroxide nanotubes were characterized by X-ray diffraction(XRD),scan electron microscope(SEM),energy-dispersive X-ray spectroscope(EDS) and thermogravimetry-differential thermal analysis(TG-DTA)to investigate the phase,morphology,composition and heat stability of the products.
以Y2O3为原料,在密闭反应器中采用水热法合成氢氧化钇纳米管。
3) yttrium hydroxide
氢氧化钇<冶>
4) yttrium hydrophosphate
磷酸氢钇
5) yttrium hydrosulfate
硫酸氢钇
6) PdYH
钯钇氢分子
1.
Structure and Thermodynamic Propertyof PdYH Molecules;
钯钇氢分子结构与热力学性质
补充资料：氢化钇
分子式：YH1.90～2.23
CAS号：
性质：YH2是正心立方结构，YH3是立方结构。具有铁磁性。YH2是金属导体但电阻小于金属Y。接近于Y的三氢化物组成时的氢化物由金属导体而变为半导体。
CAS号：
性质：YH2是正心立方结构，YH3是立方结构。具有铁磁性。YH2是金属导体但电阻小于金属Y。接近于Y的三氢化物组成时的氢化物由金属导体而变为半导体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条