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Position: Chinese Standard in English/QJ 2140A-1997
QJ 2140A-1997   Technical document on Nuclear Plant Design Safety Regulation being applied to the design of nuclear heat suppl (English Version)
Standard No.: QJ 2140A-1997 Status:valid remind me the status change

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Target Language:English File Format:PDF
Word Count: 9000 words Translation Price(USD):270.0 remind me the price change

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Implemented on:1997-10-1 Delivery: via email in 1 business day

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,,1997-10-1,73E6CCD31E8A35911412780291973
Standard No.: QJ 2140A-1997
English Name: Technical document on Nuclear Plant Design Safety Regulation being applied to the design of nuclear heat suppl
Chinese Name: 铀转换及件制造厂核材料衡算管理
Chinese Classification: V72    Spacecraft power system
Professional Classification: QJ    Professional Standard - Aerospace
Issued on: 1997-03-08
Implemented on: 1997-10-1
Status: valid
Superseding:QJ 2140-1991
Target Language: English
File Format: PDF
Word Count: 9000 words
Translation Price(USD): 270.0
Delivery: via email in 1 business day
High altitude simulation test for missile used turbojet 1 Scope 1.1 Subject content This standard specifies the general requirements and test equipment/system, test preparation, test items, test procedures, data processing, test result analysis and evaluation, etc. for high-altitude simulation test on missile used turbojet with direct-connected bench. 1.2 Application scope This standard is applicable to the high-altitude simulation test on flying missile used turbojet (hereinafter referred to as turbojet) with direct-connected test bench. It may also be referenced for the high-altitude simulation test on other flying missile used turbojets. 2 Normative references GJB 359 Specification for humidity correction of performance of turbojet and turbofan engine GJB 378 Specification for temperature correction of performance of turbojet and turbofan engine QJ 2655.1 Measuring method for parameters of missile used turbojet and turbofan engines - Intensity of pressure. QJ 2655.2 Measuring method for parameters of missile used turbojet and turbofan engines - Temperature QJ 2655.3 Measuring method for parameters of missile used turbojet and turbofan engines - Thrust QJ 2655.4 Measuring method for parameters of missile used turbojet and turbofan engines - Fuel flow QJ 2655.5 Measuring method for parameters of missile used turbojet and turbofan engines - Air flow QJ 2655.6 Measuring method for parameters of missile used turbojet and turbofan engines - Rotating speed 3 Definitions There is no provision in this clause. 4 General requirements 4.1 Test assignment The entrusting unit of turbojet test shall prepare the test assignment before the test work, and complete the countersignature and approval. The test assignment shall include the following contents: a. Turbojet model and number; b. Test purpose, simulation status, test items, working status and test times of turbojet; c. Structural characteristics, installation requirements, hoisting requirements and requirements for test bench of turbojet; d. Main performance parameters of the turbojet, the limiting parameters and values in the test, the distortion and the requirements for rain absorption; e. Name, quantity, position, value range and uncertainty requirements of measurement parameters and monitoring parameters required for turbojet test; f. Requirements of fuel oil, lubricating oil, air source and power supply for turbojet test; g. Requirements for test procedure control, start-up and shutdown, and requirements for thrust transient and status transformation;
1 Scope 2 Normative references 3 Definitions 4 General requirements 5 Detailed requirements Annex A Processing method for turbojet test data (Supplementary) Annex B Correction method for thrust measurement in high-altitude simulation test (Supplementary) Annex C Formula of converted Mach number and altitude (Supplementary) Annex D Test record sheet (Reference) Additional explanation:
Referred in QJ 2140A-1997:
*GJB359-
*GJB378-
*QJ2655.1-
*QJ 2655.2-1994 Measurement Method for Parameter of Turbojet Engine and Turbofan Engine for Missile - Temperature
*QJ 2655.3-1994 Measurement Method for Parameter of Turbojet Engine and Turbofan Engine for Missile - Thrust
*QJ 2655.4-1994 Measurement Method for Parameter of Turbojet Engine and Turbofan Engine for Missile - Fuel Flow
*QJ 2655.5-1994 Measurement Method for Parameter of Turbojet Engine and Turbofan Engine for Missile - Air Flow
*QJ 2655.6-1994 Measurement Method for Parameter of Turbojet Engine and Turbofan Engine for Missile - Rotational Speed
QJ 2140A-1997 is referred in:
*QJ 3192-2004 General specification for turbojet engines of missile
Code of China
Standard
QJ 2140A-1997  Technical document on Nuclear Plant Design Safety Regulation being applied to the design of nuclear heat suppl (English Version)
Standard No.QJ 2140A-1997
Statusvalid
LanguageEnglish
File FormatPDF
Word Count9000 words
Price(USD)270.0
Implemented on1997-10-1
Deliveryvia email in 1 business day
Detail of QJ 2140A-1997
Standard No.
QJ 2140A-1997
English Name
Technical document on Nuclear Plant Design Safety Regulation being applied to the design of nuclear heat suppl
Chinese Name
铀转换及件制造厂核材料衡算管理
Chinese Classification
V72
Professional Classification
QJ
ICS Classification
Issued by
Issued on
1997-03-08
Implemented on
1997-10-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
QJ 2140-1991
Language
English
File Format
PDF
Word Count
9000 words
Price(USD)
270.0
Keywords
QJ 2140A-1997, QJ/T 2140A-1997, QJT 2140A-1997, QJ2140A-1997, QJ 2140A, QJ2140A, QJ/T2140A-1997, QJ/T 2140A, QJ/T2140A, QJT2140A-1997, QJT 2140A, QJT2140A
Introduction of QJ 2140A-1997
High altitude simulation test for missile used turbojet 1 Scope 1.1 Subject content This standard specifies the general requirements and test equipment/system, test preparation, test items, test procedures, data processing, test result analysis and evaluation, etc. for high-altitude simulation test on missile used turbojet with direct-connected bench. 1.2 Application scope This standard is applicable to the high-altitude simulation test on flying missile used turbojet (hereinafter referred to as turbojet) with direct-connected test bench. It may also be referenced for the high-altitude simulation test on other flying missile used turbojets. 2 Normative references GJB 359 Specification for humidity correction of performance of turbojet and turbofan engine GJB 378 Specification for temperature correction of performance of turbojet and turbofan engine QJ 2655.1 Measuring method for parameters of missile used turbojet and turbofan engines - Intensity of pressure. QJ 2655.2 Measuring method for parameters of missile used turbojet and turbofan engines - Temperature QJ 2655.3 Measuring method for parameters of missile used turbojet and turbofan engines - Thrust QJ 2655.4 Measuring method for parameters of missile used turbojet and turbofan engines - Fuel flow QJ 2655.5 Measuring method for parameters of missile used turbojet and turbofan engines - Air flow QJ 2655.6 Measuring method for parameters of missile used turbojet and turbofan engines - Rotating speed 3 Definitions There is no provision in this clause. 4 General requirements 4.1 Test assignment The entrusting unit of turbojet test shall prepare the test assignment before the test work, and complete the countersignature and approval. The test assignment shall include the following contents: a. Turbojet model and number; b. Test purpose, simulation status, test items, working status and test times of turbojet; c. Structural characteristics, installation requirements, hoisting requirements and requirements for test bench of turbojet; d. Main performance parameters of the turbojet, the limiting parameters and values in the test, the distortion and the requirements for rain absorption; e. Name, quantity, position, value range and uncertainty requirements of measurement parameters and monitoring parameters required for turbojet test; f. Requirements of fuel oil, lubricating oil, air source and power supply for turbojet test; g. Requirements for test procedure control, start-up and shutdown, and requirements for thrust transient and status transformation;
Contents of QJ 2140A-1997
1 Scope 2 Normative references 3 Definitions 4 General requirements 5 Detailed requirements Annex A Processing method for turbojet test data (Supplementary) Annex B Correction method for thrust measurement in high-altitude simulation test (Supplementary) Annex C Formula of converted Mach number and altitude (Supplementary) Annex D Test record sheet (Reference) Additional explanation:
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Keywords:
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