微滴

针对微滴产生过程中喷射温度恒定的要求，开发了基于PC的模块化温度测控系统。

According to the requirement of spray temperature during the micro droplet generation , the measurement and control system for temperature with modular architecture was developed based on PC.

气动膜片式金属微滴喷射理论与实验研究

Theoretical and Experimental Study on Pneumatic Diaphragm-Based Micro Molten Metal Droplet Jetting System

基于AFM的微滴检测装置悬臂长度对检测信号的影响

Impact of Cantilever Length of AFM-Based Microdrop Detect Device on the Signal

Xe液体微滴靶激光等离子体光源实验

Experimental investigation on a laser-produced plasma source with liquid aerosol spray target

微滴溶剂萃取/低温电热蒸发ICP-AES联用新技术用于超痕量元素分析

A Novel Micro Drop Solvent Extraction Technique Combined with Low Temperature Electrothermal Vaporization ICP-AES for Ultra Trace Element Analysis

离子液体[C4mim][PF6]在微滴溶剂萃取／ETV-ICP-MS测定环境和生物样品中的Co，Hg和Pb中的应用

Ionic Liquids Based Single Drop Microextraction of Co , Hg and Pb in Biological and Environmental Samples

外源激素处理西瓜诱导单性结实的适宜时期为子房开花当天及花后1d，以微滴喷雾法于开花当天及花后1d各处理1次，可有效促进西瓜子房发育成正常商品无籽果实。

Exogenous hormones were sprayed in minute drop 1 time at flowering and after 1 day of blooming , respectively .

采用微滴培养法连续培养72h，对比观察不同浓度3TC和IFNα对体外胚胎细胞早期发育的直接影响。

The effects of 3TC and IFN a in various concentrations on development of embryos were observed .

原核期兔胚胎用微滴法分别在mDM液、TCM-199液和PBS液中进行培养，结果表明，发育到二细胞的百分率分别为96.95%（127/131），77.19%（44/57）和72.31%（47/65）；

The rabbit embryos in one-cell stage were cultured in mDM medium , TCM-199 medium and PBS medium respectively by using milli-drop method .

近年来，利用微滴乳液聚合技术（miniemulsionpolymerization）制备纳米复合材料已经引起人们的广泛重视，但该技术同样面临纳米无机颗粒在有机相中难分散的问题。

In recent years , much attention has been paid to the preparations of nano-composites by miniemulsion polymerization , but dispersion of inorganic nano-particles in organic phase is still a rough problem .

详细地研究了Xe液体微滴喷射靶的光谱辐射特性、在13.4nm的激光-EUV转换效率、辐射稳定性及碎屑产生状况。

The spectral radiation characteristics , laser-to-EUV conversion efficiency at 13.4 nm and debris production by target material erosion or deposition of the liquid Xe aerosol spray target are studied in detail .

聚合物分散液晶PDLC（Polymerdispersedliquidcrystal）是液晶微滴均匀的分散在聚合物单体中的复合材料，这种材料在电场的开关作用下显示出透明与散射两种状态。

Polymer Dispersed Liquid Crystal ( PDLC ) is a new kind of LCD mode and a compound material in which liquid crystal droplets is dispersed in the body of polymers . PDLC has two kinds state of transparence and dispersion under the switch function of electric field .

用反常衍射（ADA）理论与实验数据优化拟合方法分析了聚合物分散液晶（PDLC）微滴在633nm激光照射下的散射特性与微滴尺寸、聚合物折射率的关系。

Parameter fitting between anomalous diffraction approach ( ADA ) theory and experimental data is applied to analyze scattering properties , which related with droplet size , refractive index of polymer in polymer dispersed liquid crystal ( PDLC ) .

桑葚胚及囊胚期单胚胎培养微滴中可检测到LeY，其中以单纯序贯培养组胚胎分泌量最低，而体内发育组及共培养-序贯培养组胚胎LeY分泌量间无显著性差异。

LeY excreted by one morula or blastocyst could be observed , the LeY concentration in simple sequential culture group was lowest and the concentrations were no significant difference between the other two groups , namely , co-culture + sequential culture group and in-vivo group .

根据此方法设计的压电微滴喷射装置能实现黏度范围在0～100mPa.s内流体的可控离散喷射，喷射频率为0.4～1kHz，喷孔直径最小为0.08mm。

The new piezoelectric injector provides controllable discrete jetting at frequencies from 0.4 to 1 kHz with a maximum fluid viscosity of 100 mPa · s and a minimum orifice diameter of 0.08 mm .

微滴喷射成型（MJM）是一种比较先进的快速成型技术，具有使用热塑性材料以按需喷射的方法成型实体零件的功能，工作原理接近老式的喷墨打印机。

Micro-droplet injection molding ( MJM ) technology is a more advanced rapid prototyping technology . This technology has the function of molding parts with drop-on-command method , works close to the old-fashioned ink-jet printers .

结果表明，在较低雾化压力（～0.7MPa）下，直径20～80μm微滴的冷却速率在106～104K／s之间。

Results show that under lower atomization pressure (~ 0 . 7MPa ), the cooling speed of droplets with a diameter of 20 ~ 80 μ m is in a range of 106 ~ 104K / s.

方法：获取小鼠2-细胞胚胎，置于CZB培养液微滴，覆盖经三蒸水处理的石蜡油，分别在5%CO2（对照组）、5.7%CO2、6.0%CO2和15%CO2浓度下体外培养；

Methods : At the CO 2 levels of 5 % ( control group ), 5.7 % , 6.0 % and 15 % , embryos were incubated in drops with CZB medium , and the drops were covered by paraffin oil which was treated with three distilled water .

激励态向列微滴散射理论的修正及其参量拟合

Modification of Scattering Theory on Powered Nematic Droplets and Parameter Fitting

随机边界条件下向列相液晶微滴的蒙特卡罗模拟

Monte Carlo Simulations of Nematic Droplets Under Random Boundary Conditions

烟草原生质体微滴培养及细胞早期分裂的定点观察

Microdroplet culture of tobacco protoplasts and observations tracing their early cell divisions

微滴乳液聚合及其在制备聚合物基纳米复合材料上的应用研究

Miniemulsion Polymerization and Its Application in Preparation of Polymer Nanocomposite

基于微滴喷射技术的快速铸造方法探讨

Survey of Rapid Casting Technology Based on Micro-drop Jetting Method

气溶胶微滴的蒸发及界面现象

Evaporation and interfacial phenomena of a single aerosol microdroplet

三维数字微滴喷射成形技术的发展现状

The Devlopment of 3D Digtal Micro-droplet Jetting Forming

微滴中胚胎数量对猪孤雌胚早期体外发育的影响

Effect of Embryo Number in Micro-drops on Early Vitro Development of Porcine Parthenogenetic Embryos

压电驱动微滴喷射过程的数学模型

Mathematical Model of Piezoelectric Actuated Micro-droplet Jetting Process

每个微滴都有一颗油核，周围包裹着一层薄薄的氰基丙烯酸正丁酯。

Each droplet has an oil core surrounded by a thin layer of butylcyanoacrylate .

一些试样的釉还发生了第二次的二液相分离，其孤立相微滴的尺寸<100（？）

Secondary phase-separation also occurs in some glaze samples with discrete droplets less than 100 (?)

压电微滴喷射装置的设计

Design of piezoelectric micro - droplet injector