显微镜的

基本解释 (translations)

microscopic  ·  microscopical

与显微镜的相关的网络例句 [注：此内容来源于网络，仅供参考]

Though, the lateral resolution of CM has been enhanced to be 1.4 times of that of a conventional optical microscope under the same aperture focus ratio, it is still two orders of magnitude lower than the axial resolution of itself.

然而，尽管共焦显微镜的横向分辨力已提高到相同孔焦比的普通光学显微镜的1.4倍，但与其本身的轴向分辨力相比，横向分辨力仍低2个数量级，因此进一步改善共焦显微镜横向分辨力的研究显得尤为迫切。

And the preparing method has the steps of: fixing the charge transfer complex on a scanning tunnel microscope, starting up the cut mode of the scanning tunnel, controlling the motion of pointer of the scanning tunnel, applying a voltage pulse between the charge transfer complex and the pointer, writing the information hole array in the charge transfer complex.

按如下过程进行制备：将电荷转移复合物固定于扫描隧道显微镜上，启动扫描隧道显微镜的刻写模式，控制扫描隧道显微镜的针尖的运动，在电荷转移复合物和针尖之间施加电压脉冲，在电荷转移复合物上写入信息孔阵。

Results (1) CCD fluorescent microscope was superior to laser scanning confocal microscope in collecting the fluorescent image of DCF. CCD fluorescent microscope was chosen to be the system applied in this research with the consideration of operation, cost and et al. The mercury-arc lamp of fluorescent microscope was fit for the requirement of our study. The wavelength range of the light output was 460-490 nm and the power density was about 100mW/cm in the condition of our study. Organelle-cell fluorescence intensity ratio analysis was more suitable than other methods.

结果：(1)CCD荧光显微镜采集到的DCF荧光图像的质量优于共聚焦显微镜，同时综合考虑包括采图质量、光照射剂量的可控性、实验成本和操作简便性等诸多因素，最终确定了CCD荧光显微镜作为实验研究的工具；荧光军医进修学院硕士学位论文中文摘要显微镜的汞灯输出功率稳定，光斑均匀，经本实验所选取的光路系统后输出波长范围为460一490nm，功率密度约为1 00 mw/cm；细胞器一细胞荧光强度比值法对于荧光分布位置的确定优于其他方法。

Conventional microscope will normally illuminate the whole cell, which is called 'total internal reflection microscopy' new microscope, only to illuminate gathered on the surface of the HIV virus, thus To focus on the cell surface and its subtle details.

传统显微镜一般会照亮整个细胞，而这种被称作'全内反射显微镜'的新显微镜，仅仅照亮聚集HIV病毒的细胞表面，从而把注意力放在细胞表面及其细微的细节上。

The ultramicroscope, the UV microscope and the luminescence microscope exemplify the inventive genius of those years and reflect three goals of microscopy, which have remained topical to date: Making ever smaller dimensions accessible to observation; observing living objects without damaging them; and finding methods to contrast the substances in such objects.

超显微镜，紫外显微镜、冷光显微镜的发明向我们展示了那个年代的天才智慧。同时也反映了显微术不断追求的三个目标：观察到更小尺度的物体；避免观察对活体的损伤；提高观察对象的图像反差。

During the 1940's, electron microscopes routinely achieved resolution better than that posslible with a visible light microscope, while the performance of x ray microscopes resisted improvement.

在40年代，电子显微镜毫无例外地比可见光显微镜获得了更好的分辨能力。然而 X 光显微镜的表现却没有改进。

During the 1940's, electron microscopes routinely achieved resolution better than that poss ible with a visible light microscope, while the performance of x ray microscopes resisted improvement.

在 40年代，电子显微镜毫无例外地比可见光显微镜获得了更好的分辨能力。然而 X光显微镜的表现却没有改进。

The use of dental operating microscope and ultrasonics in non - surgical endodontics includes location of missed canal, removal of intracanal post and separated instruments, negotiation of ledged canals, management of apical transportation and perforation repair.

年， 美国的Apotheker 博士和Jako 博士设计了牙科手术显微镜的雏形，在此基础上， Chayes -Virginia 公司于1981 年推出了第一台牙科手术显微镜Dentiscope，并在翌年与Apotheker 博士和Jako 博士联手，在哈佛牙学院举办了牙科手术显微镜的临床操作课程。

A novel scanning force microscope is studied in this dissertation. The point diffraction interference phenomenon on the V-shaped cantilever is described.

本文在分析了现有扫描力显微镜的优缺点的基础上，设计了一种新型的激光扫描力显微镜，对激光扫描力显微镜的各组成部分进行了详细的分析和研究。

The principle of an optical microscope is quite simple; however, the resolving power of an optical microscope is limited by the wavelength of the light employed, being greater when the light source is shorter wavelength.

光学显微镜的原理非常简单，但是显微镜的工作效果却受到周围光波长的限制，就是说光波长越短，显微镜工作效果越好。

与显微镜的相关的网络解释 [注：此内容来源于网络，仅供参考]

Bella:Anaphase：后期. 爱德华看显微镜的时间很短,只是瞄一眼,贝拉要调一下焦距

Edward:Sure.当然 | Bella:Anaphase.后期. 爱德华看显微镜的时间很短,只是瞄一眼,贝拉要调一下焦距. | Edward:Like I said.如我所说. 这句重复贝拉之前的话,明显是在打趣她.

binocular microscope：双筒显微镜

图 2-6 普通光学显微镜的基本结构■ 普通双筒显微镜(binocular microscope) 比较高级的显微镜上都设有倾斜式的双目镜筒(图 2-7). 在物镜转换器上方装有四个棱镜, 使经过物镜的光线平 分为两路到达目镜, 故双筒显微镜的亮度要比单筒者为暗.双筒显微镜的优点为同时用两眼观察,

microscopic：显微镜的

microscopeslide载玻片 | microscopic显微镜的 | microscopiccount显微镜数菌法

microscopical：显微镜的

microscopic 微观的 | microscopical 显微镜的 | microscopist 显微镜人员

microscopist：使用显微镜的技术人员

microscopicmicroscopical 显微镜的 | microscopist 使用显微镜的技术人员 | microscopy 显微镜使用

revolving nosepiece of microscope：显微镜的换镜旋座

revolving nosepiece 换镜旋座,显微镜换镜旋座 | revolving nosepiece of microscope 显微镜的换镜旋座 | revolving paddle mixer 叶片式混砂机

ultramicroscopic：超显微镜的

ultramicroscope 超显微镜 | ultramicroscopic 超显微镜的 | ultramicroscopy 超显微术

ultravisible：超显微镜的

ultraviscoson /超声粘度计/超声振动式粘度计/ | ultravisible /超显微镜的/ | ultrawhite /超白/

microscopes-eyepiece reticles：显微镜的目镜标线片

b5618 生物显微镜镜台带网测微计 net stage micrometer forbiological microscope | b5619 显微镜的目镜标线片 microscopes-eyepiece reticles | b5622 高射投影仪 overhead projectors

phase microscope：相差显微镜

第一部分 基础微生物实验方法与技术 第一章 显微技术 第一节 常用显微镜的构造 一、普通光学显微镜(general microscope) 二、暗视野显微镜(暗场显微镜)(dark-field microscope) 三、相差显微镜(phase microscope) 四、荧光显微镜(Flurecenee