This part is the third part of GB/T 6159, which is modified to adopt ISO 6196-3:1997. This part defines the terms related to film processing in the field of microfilm technology, and is applicable to microfilm technology and related fields. The entries in this part are arranged according to the concept system. GB/T 6159.3-2003 Microfilm Technology Vocabulary Part 3: Film Processing GB/T6159.3-2003 Standard Download Decompression Password: www.bzxz.net
This part is the third part of GB/T 6159, which is modified to adopt ISO 6196-3:1997. This part defines the terms related to film processing in the field of microfilm technology, and is applicable to microfilm technology and related fields. The entries in this part are arranged according to the concept system.

The groups or parts are as follows: GB/T 424-1994:2001:1994:2003:1994:2005:1994 ... Part 3 of H6159
GR/T 6159.3—2003
This part is based on IS612-3:1U07 Micro-image technology, part 3, according to the English version (S19:1597), this part is divided into the overall compilation [S19:1597, main differences: this part has not been discussed, the original general plan has been abandoned:
The "normative application" and "normative reference documents" will be regarded as the chapters and chapters of this part respectively, and the data tables with relevant terminology will be included.
This part represents GB51=S.3931 Micro-imaging Technical Terminology, which is managed by the Ministry of Science and Technology of China: Film Processing 3. The changes in this part are as follows:
The original clauses have been slightly supplemented; the sub-terms and sub-definition have been added and merged, and the sub-terms and sub-definition have been added and merged, and the sub-terms and sub-definition have been defined in this part.
This part is proposed and submitted by the Technical Requirements for Standardization of Imaging Technology of Jinchuan Textile Industry (SITSTC5), and was drafted by the National Document Imaging Standardization Committee. This part was established in 2007 and was first issued on April 1, 2007. This is the first revision. T
GB/T 6159.3--2003
The articles of this part are organized according to the concept system. Introduction
The articles are organized into a general terminology and definitions. In the articles of this part, preferred terms are used in boldface, and preferred terms that appear in the explanations are also used in boldface and are numbered in the order of the article (in brackets). If the term appears in other parts of the specification, only the part to which it belongs is indicated. Code\\For example, the period of Part 1 is 01\In this part of the terms:, the term "(\)" is used to indicate the professional field to which the term concept belongs.n
1 Scope
Micrographic Vocabulary
Part 3: Film Processing
This part covers the technical flow of high-speed film processing in the world. This part applies to microfilm technology and related technologies. 2 Normative references
CB/T 6159.3—2003
The following documents have become the provisos of this Part through their reference. The reference documents are the dated reference documents. The subsequent revisions (excluding the revisions or amendments) are not applicable to this Part. However, the latest editions of these documents shall apply to all reference documents without a date, and the revised editions shall apply to this Part. GB/2659-2000 (9180$166:37)/6:5.1203 Technical Summary Part 1—Light 151961199M) GT69-2003 Microthermographic Technology Summary Part 4 Materials Materials and packaging 1S6-4: 1S9.M) 115237-199 Basic vocabulary (S01: 103 Technical training and construction
2 Film processing (Hilm) prncesing
Use chemical physical method light (01 for photosensitive film () to make latent image (01) lamp Zong can Wei image (01) fighting process,
often present processing canvenlianalprnocessinp make silver benefit film (042 image recovery (01) original (01) polarity (31) support reverse title film processing (3.1, including star image (3.9), fixing t3.13, washing r3.17) and drying (3.18) 3. 2
Reversal processing reversalprcesing
Make the silver halide film (04) image (01) and the raw material (01) have the same polarity (1) as the film processing (3.1) 3. 3. 1
Full reversal processing fullreverxalpnncesing requires two times of exposure (01) 3. Information) Reversal processing with ashing operation times (3.3) 3.3.2
Partial reversal processing
rialeerlprrssm
Dachuan one exposure (01) one development (3.9) must not use a chemical to migrate and perform a second development called reversal processing! 3.3). 3.4
Color processingcolouproceasing
The oxide of the fast developer (3.11) reacts with the color former (3.19) in the developer concentrate (3.13) or in the photosensitive film (04). Film processing to produce dyes in the vicinity of each dot: 3.1), 1
GB/T6159.3-2303
Warm method treatmentelpeesyig
film processing (3.1) performed by Kezhen secretion chemicals. 3.6
dryprocessing
use of heat, air or both to cause the chemical reaction in the photographic film (04>) segment film processing (3.1) 3.
drug halh
chemical used in wet processing (3.5) 3.8
stop solution stop
acidic solution that inhibits the action of the developer (3.10) in the latent process (3,5) 3.9
development
latest film processing (01) to be made into a photosensitive film (01) step <3.7) 3.10
developer
chemical used in cloud developing (3.9) step. 3. 11
develnpluggent
agent in the developer (3.10).
accelerator
agent that can stimulate or promote the developer (3.11) to work in the photosensitive layer (). 3. 13
fixing
agent that can be converted into a soluble mat by photosensitive halogenation in the photosensitive film (04>) and washed with water (3.17) to form a dirty film treatment (3.1) for a long time. 3.14
fixer
a chemical agent in the fixer (3.13) that can make the image (D1) appear. 3. 15
stabilizatian
clearing 'S
After developing (3.9), the micro-bubble film (04) is fully exposed <91), and the light-transmitting film (04) is insensitive to light. This ensures that the cavity film processing (3.1) step of making the groove color image L011 is stable. 3.16
clearing
(The film processing (3.1) step of removing the whitening (3.21) caused by the action of sulfuric acid in the black and white reversal process (3.33).
(The film processing (3.1) step of removing the spots caused by the action of (3.21) in the color reversal film or film (3.4). 3.17
washing
The film processing (3.1) step of removing the volatile chemical substances in the photosensitive film (34) by water. 3.18
drying
The film processing (3.1) step of removing the excess water in the main photosensitive film (C4). 3. 19
Carbon colorant colnu)emlersennplingagenGB/T6:59.3-2003
In color development (3.9), the color developer (311) reacts with the dye to form a dye compound (such as, before, forbidden figure, this azole pseudo
pentazobenzene coupler diazncnupler
summer nitrogen film (4) with the ability to limit light 01) heavy salt reaction to produce dye chemical potential, 3.21
algae white bleuchin
black when reverse processing (3.3;). The film (91) small reduced silver is converted into a sulfuric acid-loaded film (3.1) that can be used in the bleaching (3.15) process.
< and the color processing of this film or negative film (3.4)) When the image (1) is treated with reduced silver to form two silver-reducing agents that can be removed in the fixing (313) step by washing with water (13.17)
Bleaching/fixing In the color negative treatment (3.2), bleaching (3.21) and fixing (3.13) are combined in a liquid (3.7) to perform the film treatment (3.1).
GB/T $159.3—2003
Partial reversal treatment
Color treatment
Conventional treatment…
Color former
Accelerator
Deuterium coupler
Fixer
Reversal treatment:
Dry treatment·
[Film] treatment·
Chinese Pinyin index
From fixed color
Reversal treatment
Ting developer
Complete reversal treatment
Star agent
Developer
actlator
bleaching
bleuching/rixing
clearlng
elearingny
(euluur) euapler
calaur prscessing
conventilonal processing
eeepler
conpling ngem
develuper
develophgngent
development
diazo coupler
American article corresponding quote
Jry prucessing
drying
irin) peocessing||tt ||fislag
full reversel prueessing
partial reversal processing
roversal prccessing
stahllizationbzxz.net
stophath
washing
wet prncessiny
GB/T 6159.3—2003
.. 3. 14
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