这种被Talbot称之为“负片”的东西，随后会被用在另一张经过处理的纸片上来洗印多张正面图像。
This "negative," as Talbot called it, could then be used to print multiple positive images on another piece of treated paper.
塔尔博特的“卡罗式摄影法”是第一种用负片洗印正片的方法，这种方法是现代摄影技术的直系鼻祖。
Talbot's "calotype" was the first negative-to-positive process and the direct ancestor of the modern photograph.
在负片拷贝中，色调值是反转的。
橙色不透明、拼负片大版用的基纸。
Goldenrod paper Opaque orange paper on which film negative is assembled for plate -making.
我们通过一个模具，得到图片的负片。
We push through a stencil and we get a negative of the image.
用负片大版晒版的柯式印版。
Negative-working plate Offset plates which use negative flat for printing down.
黄花纸：橙色不透明、拼负片大版用的基纸。
Goldenrod paper: Opaque orange paper on which film negative is assembled for plate -making.
滚筒型激光照排机：输出质量很高的正片或负片。
Drum type laser typesetter: it outputs positive or negative films of high quality.
◎ 具有倒像、镜像、负片等多种图像效果处理；
Multiple processing function of Downfallen image, mirror image and negative.
可用正片或负片晒印稿样，化学处理过程可短至30秒。
Proofs can be made from either positive or negative film and are processed in as little as30 seconds.
这张照片被复制成正片一样，实际上是显示玻璃影象的负片。
This photograph is reproduced as a negative to show the glass image as a positive.
这种方法廉价些，因其把微弱曝光的负片放在背板或背纸上作整片。
But the process was cheaper involving a weakly developed negative being placed on back card or paper to appear as a positive.
这张照片是由威廉·亨利·福克斯·塔尔博特摄制，他是负片/正片摄影过程的发明者。
The photograph was taken by William Henry Fox Talbot, the inventor of the negative / positive photographic process.
其彩色负片分别用红、绿、蓝滤色镜及普通放大机分色放大，制成黑白正版。
The magnified black white positive separation plates of the negative color film were made with an ordinary enlarger and the filters of red, green and blue.
很多玻璃负片都被认为没有价值，感光乳剂都被冲刷掉，人们用这些玻璃片盖温室去了。
Many glass negatives were thought to be worthless. The emulsion was washed off, and many were used to build greenhouses.
他带着26,000个负片胶卷结束了旅程，然后用18个月的时间决定选出那些和它们的展出顺序。
He returned with 26, 000 negatives and spent 18 months deciding which to select and in what order to show them.
他带着26,000个负片胶卷结束了旅程，然后用18个月的时间决定选出那些和它们的展出顺序。
He returned with 26,000 negatives and spent 18 months deciding which to select and in what order to show them.
本文主要介绍彩色负片冲洗机的微机控制系统硬件结构、软件设计特点及一些抗干扰措施。
This article is about the microcomputer control system of colour film processor, It mainly introduces the hardware structure, software design features and some anti-disturbance methods of the system.
这是6月13日新墨西哥南部所见，麦克·诺特的长离子尾扫过望远镜的视野，插图是负片。
Seen here on June 13th from southern New Mexico, this Comet McNaught's long ion tail sweeps across the telescopic field of view (a negative image is inset).
本章其他税目未列名的照相(包括电影)洗印用装置及设备；负片显示器；银幕及其他投影屏幕。
Apparatus and equipment for photographic (including cinematographic) laboratories, not specified or included elsewhere in this Chapter; negatoscopes; projection screens.
对语音谱图的黑白负片、正片及其乘积正片进行空间编码，在白光处理器中可得到按强度假彩色编码的语音谱图。
By means of spatial encoding technique for black-white negative, positive and product positive of spectrogram an intensity pseudocolor-coded spectrogram is obtained in a white-light optical processor.
印片颗粒指数的测试点应根据彩色负片的感光特性确定，为正常扩印时对应正片0 .74中灰密度的负片密度点。
The film measuring point of print grain index should be made according to its light-sensitive characteristics, being the density corresponding to the 0.74 gray density of color paper when printing;
介绍了彩色相纸及负片用青成色剂的演变，包括各种类型青成色剂的优缺点、现行负片中青成色剂的作用机理、应用条件。
The evolution of cyan couplers for color paper and color negative is introduced, including the peculiar characteristics of the different couplers, reaction mecha. nism and application condition.
人生就像一台相机：聚焦在重要的事情上，捕捉每一个好时光，在负片中冲洗进化，若结果不尽人意——那就再试一次吧。
Life is like a camera: just focus on what's important, capture the good times, develop from the negative and if things don't turn out...... just take another shot.
能对获得的视频信号进行冻结、存储、再现、放大、空间旋转、负片等处理，能测量两点间距离、夹角、曲率半径、点密度。
It can freeze, store, display, magnify and rotate the video signals. It can measure the distance between two points, the angles, the radius of curvature and the point density.
实际测试和观测比较表明，所测彩色负片印片颗粒指数数值与其扩印效果相符合，印片颗粒指数方法能够反应彩色负片颗粒性的实用效果。
The results give the measuring accuracy and coincidence between the print grain index values and the perceptible graininess on the prints, proving the efficiency of the method.
实际测试和观测比较表明，所测彩色负片印片颗粒指数数值与其扩印效果相符合，印片颗粒指数方法能够反应彩色负片颗粒性的实用效果。
The results give the measuring accuracy and coincidence between the print grain index values and the perceptible graininess on the prints, proving the efficiency of the method.
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