2002国际湿度水分会议论文集目录－3

Posters

A New Equipment for Dew-Point Temperature Investigations and Calibrations

  M. Heinonen, Center for Metrology and Accreditation (CMA), Finland

The Set-Up and Characterization of a Calibration System for Dewpoint Meters and Relative Humidity Sensors

  R. Mokhutshoane, National Metrology Laboratory (NML/CSIR), South Africa; J. Nielsen, C. Barendregt, and M.J. de Groot, NMi-Van Swinden Laboratorium (NMi-VSL), The Netherlands

Study and Characterization of Relative Humidity Fixed Points Cells in the Range from 11% to 97%

  M.M. Halawa, E.E. Mahmoud, and N.I. EISayed, National Institute For Standard (NIS), Egypt

A Saturator-Based Transfer Standard for Humidity

  M. Heinonen, Centre for Metrology and Accreditation (CMA), Finland

Performance of the Water Vapor Permeation Device

  H.W. Chen and K.H. Chan, Center for Measurement Standards (CMS/ITRI), Taiwan, R.O.C.

Study on Precipitable Water Vapor in Atmospheric by Using GPS C.W. Lee, T.K. Yeh, C.S. Wang, and M.W. Chang, Center for Measurement Standards (CMS/ITRI), Taiwan, R.O.C.

Research on Measurement of the Water Content in the Pipeline Gas

  W. Zhang, L. Zhang, and G. Wang, Shanghai Institute of Measurement and Testing Technology (SIMTT), P. R. China

An Automatic Fog Visual Range Monitoring Network for Urban Use

  T. Yang, Q. Chen, and D. Tu, Shanghai Meteorological Institute (SMI), P. R. China

Principle of Multi-Floating Calibration and Application in Design of Moisture Teller

  W. Zhang and K. Wang, East China Normal University (ECNU), P. R. China

The Problem of Cereal Grain Moisture Content and Bulk Density Determination Using

  Measured Values of Permittivity Components

  I.P. Ananyev, Agrophysical Research Institute (ARI), Russia

The Theory and Application of Conductance Wood Moisture Content Meter

  Z.Y Jin, Shanghai Wood Industry Research Institute (SWIRI), P. R. China

New Brazilian Traceability in Humidity

  J.D. Brionizio and L.C. Cipriano, Instituto Nacional de Metrologia(Inmetro), Brazil

Development of Humidity Generator by Using Magnetic Suspension Balance

  K.H. Chan and H.W. Chen, Center for Measurement Standards (CMS/ITRI), Taiwan, R.O.C.

Establishment of the Indian National Humidity Standard Facility

  H. Kishan and B. Singh, National Physical Laboratory (NPL), India

The Humidity-Sensitive Elements Which Dose Not Require the Temperature Compensation Circuit

  K. Fumitaka, Shonan Institute of Technology, Japan;Y. Takasi, Kokushikan University, Japan;

  N. Noriyuki, Kantogakuin University, Japan

Characterisation of Relative Humidity Sensors

  D. Jonker, R. Mokhutshoane, and H. Liedberg, National Metrology Laboratory (NML/CSIR), South Africa

Real Time Humidity Measurement Using the Warmed Sensor Head Method

  T. Ranta-aho and L. Stormbom, Vaisala Oyj, Finland

Scientific Basis of Manufacture Technology of Dual Resistance Sensors for Moisture and Humidity Measurement Systems

  O.V. Kulkov and YS. Vlasov, Agrophysical Research Institute (ARI), Russia

Absolute-Humidity Sensor Using a Combination of a Diode-Thermistor and a Micro-Air-Bridge Heater

  M. Kimura and K. Toshima, Tohoku-Gakuin University, Japan

Uncertainties Estimation of the Standard Generation System of ppb Moisture Using a Permeation Tube

  T. Kikuchi, A. Nishina, and T. Kimijima, Nippon Sanso Corp., Japan

Evaluation of Expanded Uncertainty of Relative Humidity Measured by DewIFrost Point Hygrometer

  Z. Li, National Research Center for Certified Reference Materials (NRCCRM), P. R. China

The Uncertainty of Simple Humidity Generating System with Application in Testing Humidity Sensor

  P.G. Su and R.J. Wu, Center for Measurement Standards (CMS/ITRI), Taiwan, R.O.C.

Back