17.080 时间、速度、加速度、角速度的测量 标准查询与下载



共找到 144 条与 时间、速度、加速度、角速度的测量 相关的标准,共 10

Data is information (e.g., concepts, thoughts, opinions) that has been recorded in a form that is convenient to move or process. Data can be tables of values of various types (numbers, characters, and so on). Data can also take more complex forms such a

Data Management

ICS
17.080
CCS
L72
发布
2004-08-04
实施

Defines the requirements for a linear, single-axis, nongyroscopic accelerometer. Defines not only the performance requirements of an inertial accelerometer as a unique device, but also its specific variational but repeatable and predictable performance parameters.

Standard Specification Format Guide and Test Procedure for Linear, Single-Axis, Nongyroscopic Accelerometers

ICS
17.080
CCS
N13
发布
2003
实施

State system for ensuring the uniformity of measurements. State verification schedule for means measuring linear accelerations and plane angle for angle displacement of a solid body

ICS
17.080
CCS
发布
2002
实施
2003-05-01

LASE, INSTRUMENT, 2 % WCB DIAL, WITH SUMP, FLANGE MOUN'I'EU, AIKCRAFT MS27573A remains inactive for new design, however the document is valid for acquisition whenneeded.Custodians:Amy - AV Air Force-99 AMSC N/A Preparing Activity.

CASE, INSTRUMENT, 2 3/4 INCH DIAL, WITH SUMP, FLANGE MOUNTED, AIRCRAFT

ICS
17.080
CCS
A85
发布
2000-04-25
实施

Настоящий стандарт распространяется на государственную поверочную схему для средств измерений времени и частоты и устанавливает порядо

State system for ensuring the uniformity of measurements. State verification schedule for means measuring time and frequency

ICS
17.080
CCS
发布
1999
实施
2000-07-01

Affects all documents dealing with the reporting or specification of time and frequency measurements and instrumentation.

Definitions of physical quantities for fundamental frequency and time metrology - Random instabilities

ICS
17.080
CCS
A42
发布
1999
实施

This standard applies to the interconnection of data terminal equipment and numerical control equipment at the tape reader interface. The data terminal would typically be connected to a remote data source/sink such as a computer.

Glossary of Terms, Acronyms and Definitions Supersedes CMB4-1A: 1984

ICS
17.080
CCS
L72
发布
1998-03-01
实施

Defines the requirements for a linear, single-axis, nongyroscopic accelerometer. Defines not only the performance requirements of an inertial accelerometer as a unique device, but also its specific variational but repeatable and predictable performance parameters.

Format guide and test procedure for linear, single-axis, nongyroscopic accelerometers

ICS
17.080
CCS
N13
发布
1998
实施

This standard applies to the interconnection of data terminal equipment and numerical control equipment at the tape reader interface. The data terminal would typically be connected to a remote data source/sink such as a computer.

Basic Control Language (BCL) an ASCII Data Exchange Specification for Computer Numerical Control Manufacturing Comment Period Expires: May 21, 1997; EIA-494-C

ICS
17.080
CCS
L72
发布
1997-03-21
实施

This standard applies to the interconnection of data terminal equipment and numerical control equipment at the tape reader interface. The data terminal would typically be connected to a remote data source/sink such as a computer.

Method Selection for Assessment of Nonconforming Levels in Parts per Million (PPM) - Includes EIA-554-1, EIA-554-2, and EIA-554-A

ICS
17.080
CCS
L72
发布
1996-08-01
实施

The focus of process certification is on the collectioonf processes that combinet o produce products and services to the customer’s satisfaction.

Assessment Guide for Process Certification

ICS
17.080
CCS
L72
发布
1996-07-01
实施

What are technical reviews and audits? The technical reviews (sometimes referred to as design reviews) and product audits described in this text are conducted to help ensure a controlled evolution of the product from its conceptual to production phase.

Reviews and Configuration Audits

ICS
17.080
CCS
L72
发布
1996-05-01
实施

This notice should be filed in front of MS27573A dated 19 November 1968.

CASE, INSTRUMENT, 2 3/4 INCH DIAL, WITH SUMP, FLANGE MOUNTED, AIRCRAFT

ICS
17.080
CCS
A85
发布
1996-01-15
实施

Expiration dates are often marked on the packages of perishable products to indicate the presumed end of their shelf lives. Since the shelf lives of most perishable products are temperature dependent, the expiration date is determined by assuming the product will be kept within a prescribed temperature range for its entire life. A problem with this method is that there is no way to determine if the shelf life of a product has been shortened by exposure to a higher temperature. A time-temperature indicator solves this problem when attached to the package because it reaches its end point sooner when exposed to a higher temperature. In order to directly indicate the end of the shelf life, the time-temperature indicator characteristics should be matched as closely as possible to the quality characteristics of the product. When kept at the standard storage temperature for the product, the indicator should reach its end point at the same time as the product''s shelf life. In addition, to determine the accuracy of the match at other temperatures, the change of shelf life with temperature should be known for both the product and the indicator. The Arrhenius relationship is a common and convenient method of describing the change of shelf life with temperature. In cases where it is not applicable, individual time-temperature points for the product may be established and an approximate correlation with the TTI obtained. When attached to the package of a perishable product, a time-temperature indicator may supplement, or in some cases replace, the expiration date code. The addition of a TTI provides a greater level of confidence that the perishable product is within its shelf life because it responds to the actual temperature conditions to which the product has been exposed. In the case of minimally processed refrigerated foods, the rapid growth of pathogenic bacteria at elevated temperatures may pose a serious health hazard even before the deterioration of the quality of the product becomes apparent to the consumer. In this case, an expiration date may be used for storage at the standard temperature, while a threshold-temperature TTI is used to indicate the exposure to temperatures at which growth becomes measurable. It is also possible to use a dual-function TTI, in which case the standard TTI would indicate the shelf life at the correct storage temperature while the threshold-temperature part would indicate the exposure to higher temperatures.1.1 This guide covers information on the selection of commercially available time-temperature indicators (TTIs) for noninvasive external package use on perishable products, such as food and pharmaceuticals. When attached to the package of a perishable product, TTIs are used to measure the combined time and temperature history of the product in order to predict the remaining shelf life of the product or to signal the end of its usable shelf life. It is the responsibility of the processor of the perishable product to determine the shelf life of a product at the appropriate temperatures and to consult with the indicator manufacturer to select the available indicator which most closely matches the quality of the product as a function of time and temperature. Note 18212;Besides time-temperature indicator, TTI is also an abbreviation for time-temperature monitor and time-temperature integrator. 1.2 Time-temperature indicators may be integrated into a Hazard Analysis and Critical Control Point (HACCP) plan. Appropriate instructions should be established for handling products for which either the indicator has signaled the end of usable shelf life or the shelf life of the product at its normal storage temperature has been reached. 1.3 This standard does not purport to address all of the safety concerns,......

Standard Guide for Selection of Time-Temperature Indicators

ICS
17.080
CCS
N11
发布
1996
实施

Настоящий стандарт устанавливает общие технические требования к радиолокационным измерителям скорости движения транспортных средств (д

Rodar meters of the speed of vehicles. Basic technical requirements. Methods of tests

ICS
17.080
CCS
发布
1996
实施
1997-01-01

本标准规定了频率信号输出型转速传感器性能评定用的试验方法和评定报告的内容。 本标准适用于以频率信号输出的用于在一般工作条件下使用的测量转速的转速传感器。 本标准所规定的某些试验可能不适用于某些型式的传感器,而某些型式的传感器可能需要其它的附加试验。可根据传感器的型式选择所适用的试验和补充所需的附加试验。

Performance evaluation method for frequency signal output revolution speed transducer

ICS
17.080
CCS
N13
发布
1995-11-10
实施
1996-07-01

Prezentul Standard Interna?ional stabile?te defini?ia termenului ?cronometru" descriind categoriile, programul ?ncerc?rilor ?i condi?iile minime admise pentru cronometrele br??ar?. NOT? — Ceasurile br??ar? echipate cu un oscilator cu diapazon sunt supuse acelora?i tncerc?ri at?t timp c?t nu exist? standarde specifice..

Timekeeping instruments. Wrist-chronometers with spring balance oscillator

ICS
17.080
CCS
发布
1994-6-1
实施

Radioluminescence for time measurement instruments - Specifications

ICS
17.080
CCS
发布
1994-5-1
实施

本标准规定汽车之滑行试验方法。备考:本标准{}内之单位及数值,系国际单位制(SI)。

Method of Coastdown Test for Automobiles

ICS
17.080
CCS
发布
1994-11-02
实施
1994-11-02

MS27573, dated 19 November 1968, has been reviewed and determined to be valid for use in acquisition.

CASE, INSTRUMENT, 2 3/4 INCH DIAL, WITH SUMP, FLANGE MOUNTED, AIRCRAFT

ICS
17.080
CCS
A85
发布
1994-08-19
实施



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