- 更多网络例句与品红相关的网络例句 [注：此内容来源于网络，仅供参考]
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Comparison of the surface spectrum and normal spectrum suggests that the dye molecules are chemically adsorbed on the surface of the GaP nanoparticles.
通过将吸附碱性品红与纯碱性品红晶体样品的拉曼光谱进行对比、分析可知，碱性品红在纳米GaP粉体表面发生了化学吸附。
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We identified the chromosomal number of Dracaena cambodiana for the first time and developed the techniques for observing chromosomes in the root-tip somatic cells.
改良石炭酸品红法要点是于上午9时~10时采集根尖，用饱和的对二氯苯预处理6 h，固定4～18 h，置于1 mol/L稀盐酸在60℃恒温水浴解离6 min，置载玻片用改良石炭酸品红染色30 min，敲片后显微观察。
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A new electrode was prepared by modifying glutin-containing fuchsin onto the glassy carbon electrode, and its electrocatalytic activity for the oxidation of ascorbic acid was studied.
将含有明胶的品红修饰在玻碳电极表面，制备了一种新的品红修饰电极，研究了品红修饰电极的电化学性质，并用于抗坏血酸的测定。
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Nanoscale zero valent iron particles were synthesized by reductive method in aqueous phase. The crystal structure, morphology and size of the particles were characterized using X-ray diffraction and transmission electron microscopy. The influence of temperature, initial acid fuchsine concentration, nanoscale zero valent iron dosage and pH on the removal of acid fuchsine by the particles was studied, and the removal mechanism of acid fuchsine was discussed.
摘 要：采用液相还原法制备零价纳米铁粒子；用X射线衍射和透射电镜表征该样品的晶体结构、颗粒形貌与尺寸；研究温度、酸性品红初始浓度、纳米零价铁加入量及溶液pH值对零价纳米铁粒子脱除酸性品红的影响，并对酸性品红的脱除机理进行讨论。
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The results show that the obtained nanoscale zero valent iron particles are mostly in spherical shape with less than 100 nm in size. The acid fuchsine can be removed by nanoscale zero valent iron particles efficiently. The efficiency of removing acid fuchsine from solution is increased with increasing temperature and the dosage of nanoscale zero valent iron particles and decreasing initial concentration of acid fuchsine. The mechanism of removing acid fuchsine by nanoscale zero valent iron particles may include dual functions of absorption and degradation, and the degradation may play a major role in the reaction.
研究结果表明：纳米零价铁颗粒为球形，单个颗粒粒径小于100 nm；纳米零价铁对酸性品红有很好的脱除作用，酸性品红的脱除率随温度的升高、纳米零价铁用量的增加以及酸性品红初始浓度的降低而逐渐增大；纳米零价铁对酸性品红有吸附和降解的双重作用，而以降解作用为主。
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By virtue of "hidden" in an九品network television has been widely welcomed, but still very孙红雷the humble, in a press interview in his time, asked him what he'd like to say that the award-winning He was said to be better as a result of their own luck, Je te dis merde been going at the same time they made all the Chengdu is the audience like his can not be separated from the support, he will work even harder.
孙红雷凭借《潜伏》一片在九品网络电视上受到了人们的广泛欢迎，但是孙红雷还是非常的谦虚的，就在记者在对他进行采访的时候，问他，他对获奖有什么想要说的，他居然说是由于自己运气比较好，一直都在走狗屎运，同时自己所取得的一切成都是和喜欢他的观众的支持所分不开的，他以后会更努力。
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The opti mumreagent,which was selected out through comparing the staining effects of 4 staining reagents(I-IK coloration solution,improved phenol fuchsin,safranine staining solution and aceto carmine),was i mproved phenol fuchsin.
通过比较4种染色试剂(I-IK染液、改良苯酚品红、番红染液和醋酸洋红)的染色效果选出的最佳试剂为改良苯酚品红。
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Rhodamine B, Malachite green, Auramine O, Bismark Brown,Methyl Violet 5BN, Basic Magenta, Acid Orange II, Chrysophenine GX, Direct Fast Black G, Indigo, Sulphur Black, Solvent Red 24, Solvent Red 49, Solvent Brown 41, Solvent Orange 3,Pigment Yellow 154,155, Pigment Red 188,208, Meta-Diethyiaminophenol, M-Amino acetanilide , P-Amino acetanilide, etc.
主要产品：碱性玫瑰精，碱性品绿，碱性嫩黄O，碱性品红，碱性紫5BN，碱性红6DDN，酸性橙II，靛蓝，硫化黑，直接冻黄，直接黑G，溶剂红24，溶剂红49，溶剂棕41，溶剂橙3，溶剂橙62，颜料黄154，155，颜料红188，208，间羟基－N，N－二乙基苯胺，间氨基乙酰苯胺，对氨基乙酰苯胺。
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If left the first figure below, the red, green, and blue light have magenta ink transmissional, green light be absorbed, the rest of the red and blue light the blue light was the last yellow ink absorption, is not absorbed hongguang reflected, i.e. magenta inks and ink overlay after yellow to red.
如左第一幅图所示，红、绿、蓝光透射过品红墨后，绿光被吸收，剩下的红、蓝光其中的蓝光又被黄墨吸收，最后未被吸收的红光反射出来，即品红墨和黄墨重叠后表现为红色。
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The experimental results indicates that the optimum pH range was 1.60~2.20, and the optimum H2O2 concentration was 10.0 mmol/L. The degradation ratio increased with the increasing concentration of ammonium ferric oxalate in the range from 0.1 to 1.0 mmol/L, but no significant increase in degradation ratio was observed when the concentration was above 1.0 mmol/L. When the concentration of fuchsin basic increased, the degradation ratio dropped, while the concentration of degraded fuchsin basic rised. When the concentration of fuchsin basic was low, the degradation followed first-order kinetics, but when it was high, the degradation could be fitted by zero-order kinetics. The absorbtion of fuchsin basic at 543 nm disappeared quickly, while the absorbtion of intermediates formed during the course of fuchsin basic dagradation at 298 nm vanished slowly.
试验结果表明：碱性品红降解的最佳初始pH为1.60~2.20，最佳初始H2O2浓度为10.0mmol/L；草酸高铁铵的浓度在0.1~1.0mmol/L时，碱性品红的降解率随浓度的增大而增大；高于1.0mmol/L时，则降解率相差不大；碱性品红的初始浓度增大，降解率减小，而实际降解的浓度则增加；碱性品红的浓度在低和高时，降解动力学过程不一致；随降解的进行，碱性品红在可见光区的吸收峰迅速消失，而降解过程中形成的中间产物吸收峰却消失很慢。
- 更多网络解释与品红相关的网络解释 [注：此内容来源于网络，仅供参考]
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Carbolfuchsin：酚品红液
carbolfuchsin 碳酸复红 | carbolfuchsin 酚品红液 | carbolfuchsinsolution 石炭酸品红溶液
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fuchsin：品红
fuchsia 晚樱科 | fuchsin 品红 | fuchsine 品红
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acid fuchsin：酸性品红
1、酸性品红(Acid fuchsin)酸性品红是酸性染料,呈红色粉末状,能容于水,略溶于酒精(0.3%). 是良好的细胞制染色剂,在动物制片上应用很广,在植物制片上用来染皮层、髓部等薄壁细胞和纤维素壁. 它跟甲基绿同染,能显示线粒体.
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fuchsine：品红
文章摘要:分光光度法研究十二烷基苯磺酸钠(sodium dodeeyl benzene sulfonate,SDBS)在水中的聚集行为,具体作法是测量一系列不同浓度的SDBS-碱性品红水溶液体系可见吸收光谱,其光谱特征是碱性品红(Fuchsine)单体吸收峰540-570nm和二聚体吸收峰490-530nm叠合在一起,
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fuchsine：品红; 洋红 (名)
fuchsin 品红; 深红色染料; 洋红 (名) | fuchsine 品红; 洋红 (名) | fuck 欺骗; 诅咒; 利用; 性交 (动)
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acid fuchsine：酸性品红
acid fuchsin 酸性品红 | acid fuchsine 酸性品红 | acid gland 酸腺
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fuchsine test：品红试验
fuchsine base 品红盐基 | fuchsine test 品红试验 | fucose 岩藻糖
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fuchsine base：品红盐基
fuchsin 品红色 | fuchsine base 品红盐基 | fuchsine test 品红试验
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MAGENTA MID-TONE：品红中等亮度
: MAGENTA HIGHLIGHT : 品红色高亮 | : MAGENTA MID-TONE : 品红中等亮度 | : MAGENTA DARK : 品红暗
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carminic acid：胭脂红酸;品红酸
carmine 胭脂红;品红(色)(食用色素) | carminic acid 胭脂红酸;品红酸 | carrauba wax 巴西棕榈蜡(糖果上粙及拋光剂)