b*******s
发帖数: 6139 | 1 才明白原来9000ED扫黑白的时候不能用ICE，这也太土了吧。Turn on以后扫出来的就是
水墨画。Nikon最后的绝唱竟然不完美。 |
j******o
发帖数: 910 | 2 芙妹，这个是常识吧...
【在 b*******s 的大作中提到】
: 才明白原来9000ED扫黑白的时候不能用ICE，这也太土了吧。Turn on以后扫出来的就是
: 水墨画。Nikon最后的绝唱竟然不完美。
|
x**0
发帖数: 6149 | 3 任何神器来了都是一样
【在 b*******s 的大作中提到】
: 才明白原来9000ED扫黑白的时候不能用ICE，这也太土了吧。Turn on以后扫出来的就是
: 水墨画。Nikon最后的绝唱竟然不完美。
|
z****6
发帖数: 10776 | 4 http://en.wikipedia.org/wiki/Digital_ICE
9000 ED可以扫Kodachrome，已经很牛了
【在 b*******s 的大作中提到】
: 才明白原来9000ED扫黑白的时候不能用ICE，这也太土了吧。Turn on以后扫出来的就是
: 水墨画。Nikon最后的绝唱竟然不完美。
|
b*******s
发帖数: 6139 | 5 我。。。想不通啊。这个算法很难吗？
【在 j******o 的大作中提到】
: 芙妹，这个是常识吧...
|
z****6
发帖数: 10776 | 6 不是算法的问题啊
Limitations of Digital ICE
Digital ICE is used to detect scratches and dust during transparent film
scan and not applicable for opaque document scanning. Where Chromogenic
black and white films are supported by Digital ICE, other black and white
films containing metallic silver (which form from silver halides during the
development process of the film) are not. This is because the long wave
infrared light passes through the slide but not through dust particles. The
silver particles reflect the infrared light in a similar manner to dust
particles, thus respond equally in visible light and infrared light. A
similar phenomenon also prevents Kodak Kodachrome slides from being scanned
with Digital ICE (Kodachrome's cyan layer absorbs infrared).
【在 b*******s 的大作中提到】
: 我。。。想不通啊。这个算法很难吗？
|
b*******s
发帖数: 6139 | 7 那既然能扫Kodak，为啥扫不了黑白啊？
the
The
【在 z****6 的大作中提到】
: 不是算法的问题啊
: Limitations of Digital ICE
: Digital ICE is used to detect scratches and dust during transparent film
: scan and not applicable for opaque document scanning. Where Chromogenic
: black and white films are supported by Digital ICE, other black and white
: films containing metallic silver (which form from silver halides during the
: development process of the film) are not. This is because the long wave
: infrared light passes through the slide but not through dust particles. The
: silver particles reflect the infrared light in a similar manner to dust
: particles, thus respond equally in visible light and infrared light. A
|
