1·The effect of temperature and time upon the volatilization rate of molybdenum trioxide has been studied.
考察了温度、时间等因素对三氧化钼挥发率的影响。
2·The process was consisted of adsorption, desorption, purification and preparation of molybdenum trioxide.
整个过程分为废水中钼的吸附、解吸、除杂净化和三氧化钼的制备等几个步骤。
3·Molybdenum was recovered from wastewater by adsorption with A325 resin and then converted into molybdenum trioxide.
采用A325树脂对某含钼废水进行吸附，回收废水中的钼并制得了三氧化钼产品。
4·Molybdenum trioxide which has good light sensitivity is widely used in preparing the photochromic and electrochromic materials.
三氧化钼因具有优良的光学特性而被广泛地用来研究制备光致、电致变色材料。
5·Used in produce pure molybdenum trioxide, and subsequent reduction to molybdenum for manufacture molybdenum wire. molybdenum flat and molybdenum component.
适用于焙烧生产纯三氧化钼，还原钼粉，制造钼片、钼丝和钼元件。
6·Used in produce pure molybdenum trioxide, and subsequent reduction to molybdenum tor manufacture molybdenum wire. Molybdenum flat and molybdenum component.
适用于焙烧生产三氧化钼，还原钼粉，制造钼片、钼丝和钼元件。
7·Molybdenum trioxide was prepared from the Mo rich desorption solution in steps of purification, acidic precipitation, filtration, washing, drying and calcination.
富钼解吸液再经除杂净化、酸化沉淀、过滤、洗涤、烘干、煅烧，制得三氧化钼产品。
8·Recent progress in the research on molybdenum trioxide and its hydrates used as lithium cell cathodic materials, electrochromic materials and electrocatalytic materials is reviewed in this paper.
综述了三氧化钼及其水合物在用作锂电池阴极材料、电化学显色材料和电催化材料方面的研究进展。
9·To research the relationship between the high pure molybdenum trioxide granularity and the raw material two ammonium molybdate, produced the high pure molybdenum trioxide which the customer requested.
对高纯三氧化钼粒度与原料二钼酸铵之间的关联性进行研究，生产出客户要求的高纯三氧化钼。