1.
Preparation of Nano-Particles (Pb,La)Tio_3 Thin Films by Lsmcd;
液态源雾化化学沉积法制备纳米颗粒镧钛酸铅薄膜
2.
Present situation and prospect on bioenergy of solid-state and liquid-state;
液态和固态生物能源的应用现状与发展趋势
3.
Fabrication Techniques and Technology for Emit Needle of LMIS
液态金属离子源发射尖的制备工艺与技术
4.
Development of Liquid Metal Ion Source for Nanometer Focused Ion Beam System;
纳米聚焦离子束系统液态金属离子源的研制
5.
Research and Implementation of LCD TV Area Dynamic Control LED Backlight
液晶电视分区动态控制LED背光源的研究与实现
6.
The chemical industry depends very heavily on petroleum, natural gas, and natural gas liquids as sources of raw materials.
化学工业的原料材料来源严重依赖石油、天然气和液态天然气。
7.
Liquid-Phase Preparation Technology for DME Slurry Catalysts Using Pseudo-Boehmite as Aluminium Source;
以拟薄水铝石为铝源完全液相制备浆态床合成二甲醚催化剂
8.
Effect of Adsorption Solution pH on the Distribution and Transformation of Extraneous Source Fluoride in Tea Garden Soil Under Interaction of Calcium-Fluoride
吸附液pH对钙氟交互作用下茶园土壤外源氟形态分布的影响
9.
Progress of high dynamic range liquid crystal display based on LED backlight with area control technology
基于LED背光源区域控制的高动态范围液晶显示技术进展
10.
High oil price brings opportunities for development of coal-based energy resource technology in China(part 1)
高油价给我国煤基液态能源技术的发展带来机遇(上)
11.
High oil price brings opportunities for development of coal-based energy resource technology in China(part 2)
高油价给我国煤基液态能源技术的发展带来机遇(下)
12.
There are three states of things--solid, liquid and gas.
物质有三种状态——固态、液态和气态。
13.
Matter generally exists in three states: gas, liquid and solid.
物质通常有三态：气态，液态，固态。
14.
Matter exists in three states: solid, liquid and gas.
物质以三种形态存在: 固态、 液态和气态。
15.
Freedom from flicker, no spluttering and low glare. Can thoroughly eliminate eye fatigue. Free of liquid mercury, it is the best light source for environmental protection.
无闪烁、溅射、眩光，彻底消除眼睛疲劳，且不含液态汞。是绿色环保的首选光源。
16.
Various factors, including the apex geometry of the emitter tip, the protrusion length, and the simulated charge distribution, were considered.
因而对其发射系统进行仿真分析，可以很好地指导液态金属离子源的设计制造。
17.
the process of changing from a gaseous to a liquid or solid state.
由气态向液态或固态变化的过程。
18.
changing from an adsorbed state on a surface to a gaseous or liquid state.
从表面的吸附状态转变为气态或液态。