- 更多网络例句与散光透镜相关的网络例句 [注：此内容来源于网络，仅供参考]
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The originalities of this dissertation are as follows:(1) Based on astigmatic method, a new 3-D profile parallel detecting method is proposed.
该检测方法利用微透镜阵列和像散元件构成并行像散光路，实现了对测量表面的全场同步检测。
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It is found that the bright points distributed regularly adjacent to main facular is spectral distribution on the focal plane of the array of lens when the laser irradiates a hexagonal aperture,rather than what is induced by stray light.
结果表明，主光斑附近规则分布的亮点并不是由杂散光引起的，而是激光辐照六边形光阑，在透镜组焦平面所成的频谱分布。
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To obtain precise result, itis necessary, in the aspect of hardware, to set up one stable optics system with highSNR, only if so, can we do the measurement with the steady NIR. To do so, we designthe optics system using AOTF, and take some measures to increase the light energyand the system SNR, which includes the three layers structure of the light chamber,the equipments to cover the useless light, polarizing to reduce the influence of 0 gradelight and focalize the light with lens. Apart from the hardware aspect, according to theexperiments, we can see that the different temperatures between at setting up themodels and at predicting the results will affect the prediction results in a way, and theaffection extent will be increased along with the increase of the temperaturedifference. Moreover, the light energy that can be detected will be different with thecontact pressure, and the match of the refractive indexes between the tissue and thesurroundings will enhance the light transmission depth, which will take moreinformation of the tissue. So, during the measurement, we should ensure the sametemperature between measuring and predicting, the same contact pressure at everymeasurement and the match of the indexes between the tissue and the surroundings aspossible as we can.
要提高测量精度，从硬件方面就必须有一个稳定的、信噪比较高的分光光路系统，以此得到稳定的近红外光来进行无创检测，针对这个目的，我们设计了 AOTF 分光光路系统，并在系统中采用一定的措施如三层灯室结构、遮光筒以减小杂散光、起偏和检偏来减小 0 级光影响、透镜汇聚等等来提高出射光的能量和系统的信噪比；从其他影响因素方面，通过实验，我们得到不同的建模温度对于预测结果有一定的影响，且影响随着温度的差值越大而越大，另外散反射光谱的能量也随着接触压力的不同而不同，组织的折射率与环境匹配将加大光的入射深度，从而能携带更多的组织信息，所以在测量时我们尽可能保证同一温度、保证同一接触压力以及利用物理或者化学的方法使组织与环境折射率匹配等。
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Compound lens or lens system designed to be free of astigmatism and able to form approximately point images.
没有散光并且能够形成近似的图像的透镜或透镜系统。
- 更多网络解释与散光透镜相关的网络解释 [注：此内容来源于网络，仅供参考]
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Optical lenses, anastigmatic：消像散光学透镜
3837010 Optical lenses, achromatic 消色差光学透镜 | 3837011 Optical lenses, anastigmatic 消像散光学透镜 | 3837012 Optical lenses, aplanatic 消球差光学透镜
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astigmatic lens：像散透镜,散光镜
astigmagraph 散光描记器 | astigmatic lens 像散透镜,散光镜 | astigmatic tester 散光试验器
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astigmatic lens：像散透镜
astigmatic image 像散像,散光像 | astigmatic lens 像散透镜 | astigmatic lenses 散光眼镜
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astigmatic tester：散光试验器
astigmatic lens 像散透镜,散光镜 | astigmatic tester 散光试验器 | astigmatism 散光,像散
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astigmatic lenses：散光透镜
"astatic watt-hour meter","无定向瓦时计" | "astigmatic lenses","散光透镜" | "astrographic objective","天文照相物镜"
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dispersing lens：散光透镜
dispersing instrument with prism 棱镜色散仪 | dispersing lens 散光透镜 | dispersing machine 散布机
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diverging lens：散光透镜
diverging concave-convex lens 散光凹凸镜 | diverging lens 散光透镜 | diversity combiner 分集合并器
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diverging concave-convex lens：散光凹凸镜
divergent nozzle 扩张型喷嘴 | diverging concave-convex lens 散光凹凸镜 | diverging lens 散光透镜
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astigmat：散光透镜
astigmagraph | 散光描记器 | astigmat | 散光透镜 | astigmatic accommodation | 象散调视
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Cooke Triplet Astigmat：柯克三相散光
Cooke Objective 柯克接物透镜 | Cooke Triplet Astigmat 柯克三相散光 | Cooke triplet lens 柯克三合透镜