Perspectives for a new realization of the pascal by optical methods

Jousten Karl; Hendricks Jay; Barker Daniel; Douglas Kevin; Eckel Steve; Egan Patrick; Fedchak James; Fluegge Jens; Gaiser Christof; Olson Douglas; Ricker Jacob; Rubin Tom; Sabuga Wladimir; Scherschligt Julia; Schoedel Rene; Sterr Uwe; Stone Jack; Strouse Gregory

首页> 外文期刊>Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique >Perspectives for a new realization of the pascal by optical methods

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Perspectives for a new realization of the pascal by optical methods

机译：通过光学方法新实现帕斯卡的透视图

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Since the beginning of measurement of pressure in the 17th century, the unit of pressure has been defined by the relationship of force per unit area. The present state of optical technology now offers the possibility of using a thermodynamic definition-specifically the ideal gas law-for the realization of the pressure unit, in the vacuum regime and slightly above, with an accuracy comparable to or better than the traditional methods of force per area. The changes planned for the SI in 2018 support the application of this thermodynamic definition that is based on the ideal gas law with the necessary corrections for real-gas effects. The paper reviews the theoretical and experimental foundations of those optical methods that are considered to be most promising to realize the unit of pressure at the highest level of metrology.

机译：自17世纪的压力测量开始以来，压力单位由每单位面积的力关系定义。目前的光学技术现象现在提供了使用热力学定义的可能性 - 特别是理想的气体律 - 为了实现压力单元，在真空制度和略微上方的情况下，精度比传统方法更好或更好每个区域的力量。 2018年SI计划的变更支持该热力学定义的应用，该定义是基于理想的气体定律，具有实际气体效应的必要校正。本文审查了这些光学方法的理论和实验基础，被认为是最有希望的，以实现最高级别的压力单位。

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《Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique》 |2017年第6期|共16页
作者
Jousten Karl; Hendricks Jay; Barker Daniel; Douglas Kevin; Eckel Steve; Egan Patrick; Fedchak James; Fluegge Jens; Gaiser Christof; Olson Douglas; Ricker Jacob; Rubin Tom; Sabuga Wladimir; Scherschligt Julia; Schoedel Rene; Sterr Uwe; Stone Jack; Strouse Gregory;
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作者单位

PTB Abbestr 2-12 D-10587 Berlin Germany;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

PTB Bundesallee 100 D-38116 Braunschweig Germany;

PTB Abbestr 2-12 D-10587 Berlin Germany;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

PTB Abbestr 2-12 D-10587 Berlin Germany;

PTB Bundesallee 100 D-38116 Braunschweig Germany;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

PTB Bundesallee 100 D-38116 Braunschweig Germany;

PTB Bundesallee 100 D-38116 Braunschweig Germany;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

NIST 100 Bur Dr Gaithersburg MD 20899 USA;

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原文格式 PDF
正文语种 eng
中图分类计量学;
关键词
SI; pressure realization; vacuum metrology; refractive index; interferometry; optical cavity; absorption;

机译：SI;压力实现;真空计量;折射率;干涉测量;光学腔;吸收;

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专利

1. Perspectives for a new realization of the pascal by optical methods [J] . Jousten Karl, Hendricks Jay, Barker Daniel, Metrologia: International Journal of Scientific Metrology: = Internationale Zeitschrift fur Wissenschaftliche Metrologie: = Journal International de Metrologie Scientifique . 2017,第6期

机译：通过光学方法新实现帕斯卡的透视图
2. Algorithm of realization of the experimental optical parametric methods for biological disperse systems analysis [J] . Vlasova Olga L., Plotnikova Polina V., Bezrukova Alexandra G. St. Petersburg Polytechnic University Journal: Physics and Mathematics . 2014,第1期

机译：生物分散系统分析实验光学参数方法的实现算法
3. Realization of Combined Chromatic Dispersion Compensation Methods in High Speed WDM Optical Transmission Systems [J] . S. Spolitis, V. Bobrovs, G. Ivanovs Electronics and Electrical Engineering . 2011,第10a116期

机译：组合式色散补偿方法在高速WDM光传输系统中的实现
4. Traceablity Chain for Acoustic Sensors Based on the Direct Definition of the Acoustic Pascal by Optical Method [C] . Wan-Ho Cho, Triantafillos Koukoulas IEEE International Workshop on Metrology for Industry 4.0 and IoT . 2020

机译：基于光学方法直接确定声帕斯卡的声传感器溯源链
5. Signal/image registration via a polynomial system solution method and the Pascal Triangle of a discrete image. [D] . Huang, Shanshan. 2013

机译：通过多项式系统求解方法和离散图像的Pascal三角形进行信号/图像配准。
6. Towards Photonic based Pascal Realization as a Primary Pressure Standard [O] . J Ricker, J Hendricks, P Egan, -1

机译：以基于光子的Pascal实现为主要压力标准
7. Optical realization of the pascal—Characterization of two gas modulated refractometers [O] . Isak Silander, Clayton Forssén, Johan Zakrisson, 2021

机译：两个气体调制折射计的Pascal表征光学实现
8. Characterization of Material Response During Arc-Jet Testing with Optical Methods Status and Perspectives. [R] . Winter, M. 2012

机译：用光学方法研究电弧射流测试中材料响应的特征状态和观点。

Perspectives for a new realization of the pascal by optical methods

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