显微镜使用

To make a diagnosis of uveitis, an ophthalmologist (a doctor who specializes in diseases of the eye) uses a slit lamp.

为了确诊，眼科医生使用"切口灯"。这是一种特殊的显微镜，允许医生查看眼睛内部。

There are seven specimens of beetles in the tray on your table. You are required to name each of them according to the key next page. You will need to use stereoscope, forceps and needle.

指示：在你桌上的盘中有七个甲虫的标本，请根据下面的检索表分别为它们命名，你可以使用显微镜、镊子、解剖针。

Di(3,4-dimethyl)benzylidene xylitol as synthesized in the lab from 3,4-dimethyl benzaldehyde and xylitol, and a series of polypropylene samples were prepared based on the amount of the nucleating agent, DMDBX used.

以3，4-二甲基苯甲醛和木糖醇为原料合成1，3-2，4-二（3，4-二甲基）亚苄基木糖醇，将DMDBX作为成核剂使用溶液沉淀法制备DMDBX质量分数分别为0、0.1%、0.3%、0.5%、0.7%、0.9%的聚丙烯样品，采用红外光谱仪、差示扫描量热仪、X射线衍射仪和偏光显微镜等方法，研究了DMDBX对PP结晶结构和结晶性能的影响。

Methods:9 kinds of skin peeling solution are applied and Duroc pigs serve as the animal model, and the slides are observed with microscopy and made image pattern analysis to compare the change of skin structure of different peeling solution groups.

选择使用9种剥脱剂，将Duroc猪作为动物模型，切片于显微镜下观察并进行图像分析，比较各剥脱剂组皮肤结构的变化。

The main testing equipments: clean table, spectrophotometer, water insulation thermostated incubator、biological microscope、pressure steam sterilizer、electric drying apparatus、lasting pressure testing、insulating resistance testing, pipe testing and etc. The 100,000 level epuration workshop, first level produce management, perfect test equipment and biochemistry experiment equipment. It can ensure use safty.

主要检测设备有：超净工作台、分光光度计、隔水式恒温培养箱、生物显微镜、压力蒸汽灭菌器、电热干燥箱、耐压测试仪、绝缘电阻测试仪、管型测力器等。10万级净化车间，一流的生产管理模式，完善的检测设备和生化实验设施，可确保您的使用安全。

The purpose of this thesis is to explore other yet undiscovered contrast origins and unused contrast agents of third-harmonic-generation inside biological tissues, and apply to the preliminary studies of medicine based on a nonlinear laser scanning microscopy system using a femtosecond Cr:forsterite laser centered at 1230-nm.

这篇论文的目的是利用了以中心波长为1230nm的铬贵橄榄石雷射做为光源的非线性雷射扫瞄显微镜系统去探索生物体中其他仍未被发现的三倍频对比来源以及尚未被使用的三倍频外加显影剂，并初步的应用於医学研究上。

In this paper, the action mode of NMA in the traditional polyacrylate emulsions was studied by extracting the traditional self-curable PA latex film before curing and comparing the properties of two kinds of model latices A and B. Where model A was prepared according to the traditional self-curable PA latex and the model B was a blend of polyacrylates emulsion and an aqueous solution of poly-NMA. The total proportions of the ingredients were adjusted just the same as of model A. The influences of monomers, the dosages of crosslinking monomer A and emulsifier etc.

文中通过构造&共聚&和共混两个胶乳模型，研究了常规&自交联&PA胶乳中N-羟甲基丙烯酰胺的作用模式；分析讨论低温水性PA胶乳的聚合工艺及影响因素；通过分析胶膜的溶失率、吸水率、力学性质和Tg，及用扫描探针显微镜观察薄膜的微观表面形态和粗糙度的测试，研究水性PA胶乳的成膜性能、稳定性及基本性能；测试并分析胶乳作为涂料印花粘合剂和织物涂层剂的使用性能；通过核壳聚合技术对无甲醛胶乳产品进行性能优化。

Counting method of microorganisms in environment;②preparation of smears for observing forms and structures of bacteria、Actinomyces、yeasts and molds, methods and technologies of staining and oil immersion objective;③cell counting techniques and microscope examination techniques;④preparation of microbic media and sterilization techniques;⑤aseptic operations and microbic inoculation methods ;⑥technics of microbic separation、purification and cultivation;⑦physiological and biochemical reactions of microorganisms and the microbial examination techniques of food sanitation to strengthen students the operation techniques.

课程内容：本课程实验内容包括：①环境中微生物检测计数；②细菌、放线菌、酵母及霉菌细胞形态、结构的制片，染色和显微镜观测，油浸物镜的使用技术；③细胞计数技术和显微测量技术；④微生物培养基制备、压力蒸气灭菌技术；⑤无菌操作技术、移种技术；⑥微生物分离、纯化和培养技术；⑦微生物的生理、生化反应及食品卫生微生物检测技术等旨在加强学生微生物学的操作技术。

The full developmental stages from preovulatory oocyte to expanded blastocyst of mouse embryos were observed by inverted DIC microscope, and photos were taken by digital microphotography.

在这些研究中，使用微分干涉差显微镜(differential interference contrast microscope，DIC)技术，对小鼠的早期胚进行细致的观察与操作是不可或缺的关键步骤［1］。

The full developmental stages from preovulatory oocyte to expanded blastocyst of mouse embryos were observed by inverted DIC microscope, and photos were taken by digital microphotography.

在这些研究中，使用微分干涉差显微镜(differential interference contrast microscope，DIC)技术，对小鼠的早期胚进行细致的观察和操作是不可或缺的关键步骤［1］。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。