Fast Green

Fuchsine acids and Fast Green FCF are anionic triarylmethane biological dyes .

酸性品红和固绿FCF是阴离子三苯甲烷类生物染色素。

Staining results of ADSCs : The extracellular matrix Alcian blue staining , Safranin O / Fast Green staining and collagen ⅱ immunohistochemistry were positive .

脂肪间充质干细胞诱导后的细胞化学染色结果：诱导后脂肪间充质干细胞胞外基质阿尔新兰染色、蕃红O/固绿染色、和Ⅱ型胶原免疫细胞化学着色阳性。

Dyeing : Use Safranine and Fast Green double dyeing .

染色：番红－固绿双重染色。

Spectrophotometric Determination of Serum Proteins with Fast Green FCF

固绿FCF分光光度法测定血清蛋白质

The results of determination of proteins in human urine samples with Fuchsine acidand Fast green by use of RLS technique are satisfactory .

方法用于人尿中蛋白质的测定，结果满意。

The granule in the suboesophageal gland could be stained orange by Millon agent , and showed positive reaction to the acid fast green .

分泌颗粒对Millon试剂和酸性快绿均呈阳性反应。

Amitriptyline hydrochloric reacts with fast green to form ion-association , resulting in the significant enhancement of resonance light scattering ( RLS ) in weak acid solution .

在弱酸性条件下，盐酸阿米替林和固绿依靠静电作用形成离子缔合物，使体系的共振光散射明显增强。

The decolorization rate of telon fast green 5G dye was closely related with reaction time , solid-liquid ratio , influent concentration and microwave power when it was treated by microwave assisted catalysis .

酸性蒽醌绿染料在微波辐射催化剂作用下，其脱色率与反应时间、固液比、进样浓度、微波功率密切相关。

Chondrogenesis was assessed with Alcian blue staining , Safranin O / Fast Green staining and collagen ⅱ immunohistochemistry at 4,7 , and 14 days after initial chondrogenic induction .

在诱导后4,7,14d应用阿尔新兰染色、蕃红O/固绿染色和Ⅱ型胶原免疫细胞化学评价软骨形成情况。

Histological observation : the preparation of conventional paraffin sections to carry out . HE stains . Annona Red O / Fast Green staining , von Cusa staining , toluidine blue stain , Sirius Red staining . 5 .

组织学观察：常规制备石蜡切片，进行.HE染色、番红O/固绿染色、冯库萨染色、甲苯胺蓝染色、天狼猩红染色。

The processing technique and the main point during processing of fast frozen green cauliflower were studied , The quality standard was worked out .

本文对速冻绿花菜的生产工艺、操作要点进行了研究，并制定了速冻绿花的质量标准。

A Study on Squeezing Technology of Dehydrated Sword Beans and Its Effect on the Recovery Rate EXPERIMENTAL ANALYSIS OF FAST FREEZING GREEN BEANS ON LN_2-SPRAYING FLUIDIZED FREEZER

脱水刀豆挤压工艺及其对速化复水性能影响的研究基于液氮喷雾式食品流态化速冻机的青刀豆速冻实验研究

Container fast track and green channel .

集装箱快速通关、绿色通道。

Fast nodal Core-Wise green ′ s function method for neutron diffusion calculations

计算中子扩散方程的全堆芯格林函数快速节块方法

Steel-frame and wooden floor structure residence is a new residential form , has following excellent performances : high industrialization , fast construction , green .

钢框架、木楼盖结构住宅是一种新型的住宅形式，具有工业化程度高、施工速度快、绿色环保等特点。

Today , the economy is developing at a very fast speed , Green consumption is gaining more and more concerns . Green conception has already become not only the embodiment of a country and nation 's comprehensive diathesis but also its civilization level .

在经济飞速发展的今天，绿色消费越来越引起人们的关注，绿色概念已经成为一个国家、一个民族综合素质、文明程度的体现。

Fast calculation of closed-form Green ′ s functions of planar-layered media

快速计算平面分层介质的闭式格林函数

Developing trend of precision , high quality , fast , composition , green and information material forming technology was introduced in new century .

介绍了新世纪材料成形加工技术发展的精密、优质、快速、复合、绿色以及信息化等发展趋势。

So it is significant for improving casting quality and social productivity of labor to study fast testing system of green sand composition and performance parameter .

因此，研究湿型砂组分及性能参数快速测试系统对于提高铸件质量和劳动生产率具有非常重要的现实意义。

With the fast developing technology of green energy , an ever-enhanced attention has been focused to the PWM rectifier in the field of power electronics .

随着绿色能源技术的快速发展，PWM整流器技术已成为电力电子技术研究的热点和亮点。

At present , green sand foundry is the primary method of casting production , so it is significant for improving casting quality and social productivity of labor to study fast testing system of green sand quality parameter .

当前，铸造生产中仍以普通砂型铸造为主，因此，研究湿型砂质量参数快速测试系统对于提高铸件质量和劳动生产率具有非常重要的现实意义。

Control technologies in fast charging is a integrated control method which is the combination of time control , temperature control and voltage control to achieve fast and green charge .

在快速充电的控制技术的实现上，采用了时间控制、温度控制和等压差时间差控制相结合的综合控制方法，实现对蓄电池的快速、绿色充电。