含氧盐

  • 网络oxysalt;oxy salt
含氧盐含氧盐
  1. 含氧酸盐熔盐Raman光谱V1峰位移的解释

    On the Explanation of the Shift of Raman Frequency of Oxyanions in Molten Salts

  2. 钠的含氧酸盐在反应中的催化性能表现各异,其中Na2CO3、Na2B4O7和Na2MoO4的催化性能最好。

    Catalytic activity of containing oxygen sodium salts is different from each other , and Na_2CO_3 , Na_2B_4O_7 , Na_2MoO_4 have best catalytic activity among all containing oxygen sodium salts in tests .

  3. 浅议含氧酸盐性质的规律性

    Discussion on the Regularity of the Characters of the Salt Containing Oxygen Acid

  4. 键性成分与无机含氧酸盐的热稳定性

    Bonding Ingredient and Thermal Stability of Inorganic Oxysalt

  5. 铬、钼、钨氧化物和含氧酸盐微/纳米材料的合成与表征

    Synthesis and Characterization of Micro / nanomaterials of Oxide and Oxysalt of Chromium , Molybdenum and Tungsten

  6. 三价钼化合物(指其盐);六价钼化合物(指其酸)铬、钼、钨氧化物和含氧酸盐微/纳米材料的合成与表征

    Molybdic compound Synthesis and Characterization of Micro / nanomaterials of Oxide and Oxysalt of Chromium , Molybdenum and Tungsten

  7. 通过对纳米氧化钛纳米管的制备研究,初步了解氧化物/含氧酸盐纳米管的形成机理。

    Thirdly , by studying on the preparation of TiO2 nanotubes , we come to know the growth mechanism of oxide / oxysalt nanotubes .

  8. 卤素含氧酸及其盐氧化还原性浅析

    A Superficial Analysis of Redox of the Haloid Oxyacid and Its Oxysalt

  9. 根据电负性均衡原理和电负性平衡观点,提出了计算基团电负性和各原子部分电荷的规则,并计算了103种无机含氧酸及其盐各原子部分电荷。

    Based on the principle of electronegativity equalization and point of electronegativity equilibration the calculating rule for the group electronegativity and fractional charge of all atoms is proposed , and the fractional charge of all atoms for 103 inorganic oxyacids and oxysalts is computed .

  10. 新型有机-多金属含氧酸电荷转移盐的制备和表征

    Synthesis and Characterization of New - type Organic-Polyoxometalate Charge-Transfer Salts

  11. 方法防雾剂由含金属含氧酸盐的基础液及含表面活性剂的添加剂混合而成。

    Methods The antifogging agent was a mixture of the basic liquid containing oxometallate and additive containing surfactant .

  12. 在几种光致变色体系中,主要论述了无机金属氧化物和含多金属氧酸盐的光致变色材料的发展过程、变色原理以及以后的发展方向。

    In several photochromic systems , we have well described the history , chromic principle and developing trends of metal oxide-based and polyoxometalate-based photochromic materials .