Glossary entry (derived from question below)
English term or phrase:
colour magnitude
Polish translation:
(stopień) nasycenia koloru
Added to glossary by
Vieslav Vieslavovich
Jul 10, 2019 10:47
4 yrs ago
3 viewers *
English term
Works in: Serbian to Russian, Russian to Serbian
colour magnitude
English to Polish
Tech/Engineering
Physics
Nie jestem pewien co autor ma tu na myśli. Z instrukcji urządzenia do kolorymetrycznego wykrywania materiałów wybuchowych/narkotyków (na zasadzie analizy barwy po reakcji z odczynnikiem):
"XXX has developed proprietary algorithms that run on the device. Using advanced mathematics, the device takes into account many variables to make a determination including color magnitude and hue, speed of reaction, slope/derivative of color formation, color location, speed of chemical flow, temperature, inclination, timing, etc."
"Answer: The line plot is displaying one of the many algorithms on the device. This plot represents color magnitude"
Czy to jest intensywność barwy, czy coś innego?
"XXX has developed proprietary algorithms that run on the device. Using advanced mathematics, the device takes into account many variables to make a determination including color magnitude and hue, speed of reaction, slope/derivative of color formation, color location, speed of chemical flow, temperature, inclination, timing, etc."
"Answer: The line plot is displaying one of the many algorithms on the device. This plot represents color magnitude"
Czy to jest intensywność barwy, czy coś innego?
Proposed translations
(Polish)
| 2 | (stopień) nasycenia koloru |
geopiet
|
Proposed translations
1 hr
Selected
(stopień) nasycenia koloru
stopień nasycenia koloru oznacza ....
--------------------------------------------------
Note added at 2 hrs (2019-07-10 13:10:40 GMT)
--------------------------------------------------
Matching of the Generated Color with Known Substances
Various methods may also be utilized to match colors generated from the reaction of a solid test chemical with a substance (i.e., generated color) with known substances. For instance, in some embodiments, the matching occurs by matching the generated color with the generated color of known substances in a database to determine the substance in the sample. In some embodiments, the matching occurs manually. In some embodiments, the matching occurs automatically. In more specific embodiments, the matching includes analyzing data (e.g., stored data) related to the generated color. In some embodiments, the matching occurs by utilizing a comparison algorithm. In some embodiments, the matching occurs by analyzing data (e.g., stored data) related to the generated color by utilizing a comparison algorithm.
In some embodiments, the matching occurs by comparing the generated color to a certain color threshold value. In some embodiments, if the generated color exceeds the color threshold value, then a certain substance is detected (e.g., an explosive, such as an inorganic nitrate). However, if there generated color does not exceed the color threshold value, then the substance is not detected.
In some embodiments, the generated color is compared to a color threshold value by utilizing a color algorithm. In some embodiments, the color threshold value may include an algorithm that utilizes color magnitude or intensity, rate of color change, decreasing color change and timing of the various color changes.
In further embodiments, the methods of the present disclosure may also include a step of displaying detection results. For instance, in some embodiments, detection results are displayed on a display unit of a hand held chemical detection unit, such as chemical detection unit 100 (FIG. 3). - http://www.freepatentsonline.com/y2019/0137461.html
--------------------------------------------------
Note added at 2 hrs (2019-07-10 13:10:40 GMT)
--------------------------------------------------
Matching of the Generated Color with Known Substances
Various methods may also be utilized to match colors generated from the reaction of a solid test chemical with a substance (i.e., generated color) with known substances. For instance, in some embodiments, the matching occurs by matching the generated color with the generated color of known substances in a database to determine the substance in the sample. In some embodiments, the matching occurs manually. In some embodiments, the matching occurs automatically. In more specific embodiments, the matching includes analyzing data (e.g., stored data) related to the generated color. In some embodiments, the matching occurs by utilizing a comparison algorithm. In some embodiments, the matching occurs by analyzing data (e.g., stored data) related to the generated color by utilizing a comparison algorithm.
In some embodiments, the matching occurs by comparing the generated color to a certain color threshold value. In some embodiments, if the generated color exceeds the color threshold value, then a certain substance is detected (e.g., an explosive, such as an inorganic nitrate). However, if there generated color does not exceed the color threshold value, then the substance is not detected.
In some embodiments, the generated color is compared to a color threshold value by utilizing a color algorithm. In some embodiments, the color threshold value may include an algorithm that utilizes color magnitude or intensity, rate of color change, decreasing color change and timing of the various color changes.
In further embodiments, the methods of the present disclosure may also include a step of displaying detection results. For instance, in some embodiments, detection results are displayed on a display unit of a hand held chemical detection unit, such as chemical detection unit 100 (FIG. 3). - http://www.freepatentsonline.com/y2019/0137461.html
4 KudoZ points awarded for this answer.
Comment: "Nie ma 100% pewności, ale dzięki"
Discussion
wcześniej widać tylko dwa kolory; zielony dla „braku", i czerwony dla „wykrycia" ...