So behind me is one of 12 optical scanners within our process system.

在我身后是我们工艺系统中的 12 个光学描仪中的一个。

Some trackers use optical scanners to see the blood actually pumping through your capillaries.

有追踪器使用光学描仪来观察血液流过毛细血管的情况。

Optic scanners, which cost about $100,000, are the most technologically-advanced part of the process.

光学描仪，价值大约十，是最先进的程序。

Optic scanners,which cost about 100,000,are the most technologically-advanced part of the process.

造价约100000的光学描仪是垃圾处理最为先进的一项技术。

This work from scientists at DeepMind was trained on about 14 thousand optical coherence tomography scans, this is the OCT label that you see on the the left - these images are cross sections of the human retina.

DeepMind 的科学家们对大约14000个光学相干断层描进行训练，你看左边，是OCT标签，图像是人类的视网膜切片。

More states have been turning to machines with a paper trail or optical scanners, which read paper ballots that the voter fills in with a marker.

越来越多的州转向使用带有纸质记录或光学描仪的机器，机器能够读取选民用标记填写的纸质选票。

The optical scanners are made to pick 900 to 1,000 picks per minute.

光学描仪每分钟可拾取 900 到 1000 个拾取物。

In Florida, legislators rewrote state laws, switched to paper ballots and optical scanners (no more butterfly ballots or hanging chads), and mandated automatic recounts for races with margins of half a percentage point.

佛罗里达州的议员重修州法律，投票改用纸质选票和光学描仪（从此再也不会出现所谓的“蝴蝶选票”或者“孔屑废票”）还对用误差范围为0.5%的机器重新统计选票做出硬性要求。

Because these 3D imaging methods, OTLS and micro-CT, are non-destructive.

由于三维成像技术，即光学相干断层描显微镜（OTLS）和微型计算机断层描（micro-CT），均为非破坏性方法。

But he's a big guy and it's fifteen minutes till closing time and, according to company guidelines, I have no reason to tell him no, so I walk over, take his glass and hold it up to the optic.

但他是个大个子， 离打烊时间还有十五分钟，根据公司规定， 我没有理由拒绝他， 所以我走过去，拿起他的酒杯， 对着光学描仪一照。

An air blower re-sorts the seeds by density, an assortment of sieves filter them by size, and an optical scanner sorts by color.

鼓风机按密度重新分类种子，各种筛子按大小过滤种子，光学描仪按颜色分类。

1990S The development of optical coherence tomography, OCT, enables microscopic imaging of cells in situ, without the need for tissue biopsy.

20世纪90年代，光学相干断层描技术（OCT）的发展，使得无需进行组织活检即可实现细胞的原位显微成像成为可能。

Microscopes that allow 3D imaging of cells, and Optical Coherence Tomography, OCT, which uses infrared light to generate cross-sectional images with microscopic resolution, continue to advance the field.

允许进行细胞三维成像的显微镜，以及使用红外光生成具有显微分辨率的横截面图像的光学相干断层描（OCT），继续推动该领域的发展。