Double 85 Experiment Purpose

Double 85 Experiment Purpose, Total:113 items.

The international standard classification for "Double 85 Experiment Purpose" includes: Optical equipment , Aircraft and space vehicles in general , Acoustics and acoustic measurements , Product and company certification. Conformity assessment , Protection against dangerous goods , Medical Sciences and health care facilities in general .

The Chinese standard classification for "Double 85 Experiment Purpose" includes: Telescope, geodetic survey and aerial survey instrumentation , Basic standards and general methods , Underwater sound equipment , Standardization and Quality Management , Marking, packaging, transport and storage in general , Sanitation in general , Petroleum geology exploration .

General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China

GB/T 31267-2014 Implementation procedure for space science experiment projects
GB/T 43547-2023 Advisory document of the working group on good laboratory practice(GLP)on the management|| characterisation and use of test items
GB/T 31014-2014 Acoustics―Laboratory methods of underwater target strength measurement
GB/T 18312-2001 The inspection rule for binoculars
GB/T 22275.2-2008 Requirements of conduct for good laboratory practice - Part 2: The role and responsibilities of the study director in GLP studies

Professional Standard - Education

JY 64-1980 Double slit interferometer (trial)

Professional Standard - Geology

DZ/T 0164-1995 Laboratory double roll crusher
DZ/T 164-1995 laboratory double roll crusher

Professional Standard - Hygiene

WS/T 402-2012 Define and determine the reference intervals in clinical laboratory
WS/T 402-2024 Establishment of reference intervals for quantitative test items in clinical laboratories

未注明发布机构

DIN 12553 E:2019-08 Laboratory glassware - Double oblique bore stopcocks
DIN EN ISO 5263-3 E:2021-09 Laboratory Wet Disintegration of Pulp Part 3: Mechanical Pulp Disintegration at 85°C (Draft)

Group Standards of the People's Republic of China

T/GDPAWS 21-2023 Detailed rules for the implementation of the dual prevention system for construction safety of highway engineering projects
T/ZS 0629-2024 Double-person double-lock management specification for bacteria (viruses) and infectious samples of pathogenic microbial laboratory

Zhejiang Provincial Standard of the People's Republic of China

DB33/T 903-2013 Classification and coding of clinical laboratory test items

Professional Standard - Energy

NB/T 11276-2023 Geological experimental items requirement for in-situ conversion of shale oil

国家能源局

SY/T 6028-2020 Geological experiment analysis items&sampling requriments of exploratory well

Professional Standard-Safe Production

AQ 1096-2014 Rules for the Implementation of the Colliery Construction Project Safety Assessment Upon Completion
AQ/T 1096-2014 Implementation Rules for Safety Acceptance Evaluation of Coal Mine Construction Projects

Taiwan Provincial Standard of the People's Republic of China

CNS 8178-1981 Metal Laboratory Ware Bossheads Fixed Double Clamp

ASHRAE - American Society of Heating@ Refrigerating and Air-Conditioning Engineers@ Inc.

ASHRAE 51-1985 Laboratory Methods of Testing Fans for Rating (AMCA Standard 210-85)
ASHRAE 3977-1996 Experimental Comparison of Two-Speed and Single-Speed Geothermal Heat Pumps
ASHRAE 4457-2001 Experimental Testing and Modeling of a Duel-Fired LiBr-H2O Absorption Chiller

AT-OVE/ON

OVE EN IEC 60477-2:2021 Laboratory resistors. Part 2: Laboratory AC resistors (IEC 85/772/CDV) (english version)

SCC

AWWA WQTC60643 Implementation of an Ethics Program at a Large Environmental Laboratory
DANSK DS/EN ISO 5263-3:2005 Pulps – Laboratory wet disintegration – Part 3: Disintegration of mechanical pulps at > 85 degrees °C
DANSK DS/ISO 5263-3:2023 Pulps – Laboratory wet disintegration – Part 3: Disintegration of mechanical pulps at ≥85°C
AWWA QTC97159 Challenges of QC/QA in Multi-Laboratory Research Project
NS-EN ISO 5263-3:2004 Pulps — Laboratory wet disintegration — Part 3: Disintegration of mechanical pulps at > 85 degrees C (ISO 5263-3:2004)
UNE 400304/1M:1999 LABORATORY GLASSWARE. TWO-MARK PIPETTES.
CAN3-Z299.0-1986(R2007) Guide for Selecting and Implementing the CAN3-Z299-85 Quality Assurance Program Standards
UNE 400304:1997 LABORATORY GLASSWARE. TWO-MARK PIPETTES.
CAN3 Z299.0-1986(R2006) Guide for Selecting and Implementing the CAN3-Z299-85 Quality Assurance Program Standards
DIN 12553:2020 Laboratory glassware - Double oblique bore stopcocks
DIN EN ISO 5263-3 E:2021 Draft Document – Pulps – Laboratory wet disintegration – Part 3: Disintegration of mechanical pulps at ≥ 85 °C (ISO/DIS 5263-3:2021); German and English version prEN ISO 5263-3:2021
AWWA SOURCES55603 Implementing Water Conservation Goals at Federal Facilities — Lessons Learned
AWWA WQTC65939 The Drinking Water Laboratory Response Preparedness Project: Milestones and Lessons Learned

British Standards Institution (BSI)

BS EN ISO 5263-3:2023 Pulps. Laboratory wet disintegration. Disintegration of mechanical pulps at ≥ 85°C
BS EN ISO 5263-3:2004 Pulps — Laboratory wet disintegration Part 3: Disintegration of mechanical pulps at > 85 °C (ISO 5263-3:2004)
BS EN 16601-10:2015 Space project management. Project planning and implementation
BS ISO 19055:2015 Microscopes. Minimum requirements for binocular tubes
21/30408835 DC BS EN ISO 5263-3. Pulps. Laboratory wet disintegration. Part 3. Disintegration of mechanical pulps at > 85°C

US-FCR

FCR DOE 5000.1B-1992 INSTITUTIONAL PLANNING BY MULTIPROGRAM LABORATORIES
FCR DOE 5000.2B-1992 MULTIPROGRAM LABORATORY APPRAISALS
FCR FED H-08-4 VOL 3 SEC I 334-1988 DUPLEX FILTERS AND REGULATORS FOR LABORATORY AIR SYSTEM

Korean Agency for Technology and Standards (KATS)

KS M ISO 5263-3:2009 Pulps－Laboratory wet disintegration－Part 3：Disintegration of mechanical pulps at ≥85 ℃
KS M ISO 5263-3:2019 Pulps－Laboratory wet disintegration－ Part 3：Disintegration of mechanical pulps at ≥85 ℃

International Organization for Standardization (ISO)

ISO 5263-3:2023 Pulps — Laboratory wet disintegration — Part 3: Disintegration of mechanical pulps at ≥85°C
ISO 5263-3:2004 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at 85 °C
ISO 19055:2015 Microscopes - Minimum requirements for binocular tubes
ISO 14490-2:2005 Optics and optical instruments - Test methods for telescopic systems - Part 2: Test methods for binocular systems

HU-MSZT

MNOSZ 6645-1952 Laboratory double protection rack
MNOSZ 6611-1952 A logo double door double drawer laboratory work table
MNOSZ 6650-1952 Double-sided thermal drying cabinet for laboratory use
MNOSZ 6613-1952 C mark double door laboratory wooden work table
MSZ 6603-1951 Laboratory steel structure double door work table
MSZ 6601-1951 A-type double-door single-drawer laboratory steel work table

KR-KS

KS M ISO 5263-3-2019 Pulps－Laboratory wet disintegration－ Part 3：Disintegration of mechanical pulps at ≥85 ℃

European Committee for Standardization (CEN)

EN ISO 5263-3:2023 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at ≥ 85°C (ISO 5263-3:2023)
prEN ISO 5263-3:2021 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at ≥ 85°C (ISO/DIS 5263-3:2021)
EN 16601-10:2015 Space project management - Project planning and implementation

CEN - European Committee for Standardization

EN ISO 5263-3:2004 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at greater than 85 degrees C

Indonesia Standards

SNI ISO 5263-3:2014 Pulps – Laboratory wet disintegration – Part 3 : Disintegration of mechanical pulps at ≥ 85 °C

Danish Standards Foundation

DS/EN ISO 5263-3:2005 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at > 85 degrees °C

German Institute for Standardization

DIN EN ISO 5263-3:2004 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at 85 °C (ISO 5263-3:2004); German version EN ISO 5263-3:2004
DIN EN ISO 5263-3:2023 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at 85 ？C (ISO 5263-3:2023)
DIN 12553:1977 Laboratory glassware; double oblique bore stopcocks
DIN 12553:2020-03 Laboratory glassware - Double oblique bore stopcocks
DIN 12553:2023-12 Laboratory glassware - Double oblique bore stopcocks / Note: Date of issue 2023-11-17*Intended as replacement for DIN 12553 (2020-03).
DIN 12688:1976 Laboratory glassware; two-mark pipettes, adjusted to contain

RU-GOST R

GOST 33639-2015 Testing of chemicals of environmental hazard. The developmental toxicity test to dipteran dung flies

Japanese Industrial Standards Committee (JISC)

JIS P 8220-3:2020 Pulps -- Laboratory wet disintegration -- Part 3: Disintegration of mechanical pulps at greater than 85 degree C
JIS B 7263-2:2007 Optics and optical instruments -- Test methods for telescopic systems -- Part 2: Test methods for binocular systems

GSO

OS GSO ISO 5263-3:2014 Pulps -- Laboratory wet disintegration -- Part 3: Disintegration of mechanical pulps at > 85 degrees C
OS GSO ISO 19055:2017 Microscopes -- Minimum requirements for binocular tubes
GSO ISO 19055:2017 Microscopes -- Minimum requirements for binocular tubes
GSO ISO 5263-3:2014 Pulps -- Laboratory wet disintegration -- Part 3: Disintegration of mechanical pulps at > 85 degrees C
OS GSO ASTM E1368:2010 Standard Practice for Visual Inspection of Asbestos Abatement Projects

American Society for Testing and Materials (ASTM)

ASTM E3078/E3078M-20e1 Standard Practice for Conditioning of Hard Armor Test Items
ASTM E3078-17 Standard Practice for Conditioning of Hard Armor Test Items
ASTM E3078/E3078M-19 Standard Practice for Conditioning of Hard Armor Test Items
ASTM E3078/E3078M-23 Standard Practice for Conditioning of Hard Armor Test Items
ASTM E3078/E3078M-20 Standard Practice for Conditioning of Hard Armor Test Items
ASTM A802/A802M-95(1996) Standard Practice for Steel Castings, Surface Acceptance Standards, Visual Examination
ASTM A802-19 Standard Practice for Steel Castings, Surface Acceptance Standards, Visual Examination
ASTM E2489-16 Standard Practice for Statistical Analysis of One-Sample and Two-Sample Interlaboratory Proficiency Testing Programs
ASTM E3331-22 Standard Test Method for Measuring Target Modulus Using the Light Weight Deflectometer on Laboratory Compaction Characteristic Samples
ASTM F1595-00(2005) Standard Practice for Viewing Conditions for Visual Inspection of Membrane Switches
ASTM A802-95(2010)e2 Standard Practice for Steel Castings, Surface Acceptance Standards, Visual Examination
ASTM E1368-23 Standard Practice for Visual Inspection of Asbestos Abatement Projects

Association Francaise de Normalisation

NF Q50-002-3*NF EN ISO 5263-3:2005 Pulps - Laboratory wet disintegration - Part 3 : disintegration of mechanical pulps at superior or equal 85 oC
NF EN ISO 3696:1995 Eau pour laboratoire à usage analytique - Spécification et méthodes d'essai.
NF EN ISO 5263-3:2023 Pâtes - Désintégration humide en laboratoire - Partie 3 : désintégration des pâtes mécaniques à une température supérieure ou égale à 85 oC
NF EN 12738:1999 Biotechnology - Research, development and analysis laboratory - Guide for the containment of animals inoculated with microorganisms used for experimental purposes

IPC - Association Connecting Electronics Industries

IPC TM-650 2.1.10A-1994 Visual Inspection for Undissolved Dicyandiamide

ES-UNE

UNE-EN ISO 5263-3:2023 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at = 85°C (ISO 5263-3:2023)

AT-ON

OENORM EN ISO 5263-3:2021 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at >= 85°C (ISO/DIS 5263-3:2021)

Lithuanian Standards Office

LST EN ISO 5263-3:2004 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at > 85 degrees C (ISO 5263-3:2004)

AENOR

UNE-EN ISO 5263-3:2005 Pulps - Laboratory wet disintegration - Part 3: Disintegration of mechanical pulps at > 85 degrees C (ISO 5263-3:2004)

SAE - SAE International

SAE AMS3571/5A-1984 "RESIN@ POLYETHER URETHANE (EU) CASTING Flexible@ Solid@ Unfilled 85 Durometer ""A"""

GB-REG

REG NASA-LLIS-6497-2012 Lessons Learned - Earned Value Management: Training is Key to Project Implementation
REG NASA-LLIS-0835-2000 Lessons Learned ?Benefits of Implementing Maintainability on NASA Programs

PL-PKN

PN P04951-1967 Polyurethane foam foil for textile purposes Laboratory quali?y methods of ?est

Standard Association of Australia （SAA）

AS 1301.215:2019 Methods of test for pulp paper, Method 215: Pulps — Laboratory wet disintegration — Disintegration of mechanical pulps at ≥ 85 °C
AS 2937:2005 Laboratory glassware - Straight-bore glass stopcocks for general purposes

Society of Automotive Engineers (SAE)

SAE AMS3571/5B-1991 Resin, Polyether Urethane (EU) Casting Flexible, Solid, Unfilled 85 Durometer

U.S. Military Regulations and Norms

ARMY MIL-C-63982 A-1992 CARTRIDGE, 30MM HIGH EXPLOSIVE DUAL PURPOSE, M789
ARMY MIL-C-63982 A (3)-1998 CARTRIDGE, 30MM HIGH EXPLOSIVE DUAL PURPOSE, M789
ARMY MIL-C-63982 A NOTICE 1-1995 CARTRIDGE, 30MM HIGH EXPLOSIVE DUAL PURPOSE, M789

American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE)

ASHRAE OR-05-16-2-2005 Altered Bi-Phase Flow Regime in Supermarket Evaporative Coils: Laboratory and Field Experiences

National Association of Corrosion Engineers (NACE)

NACE TM0190-1998 Impressed Current Laboratory Testing of Aluminum Alloy Anodes Item No:21221

IT-UNI

UNI 2891-1945 Chemistry laboratory equipment. Bracket double terminal (cross point)

International Telecommunication Union (ITU)

ITU-T L.1031-2020 Guideline for achieving the e-waste targets of the Connect 2030 Agenda

Others: Double 85 salt spray experiment,Double 85 test purpose,Magnet Double 85 Experiment,Double 85 experiment time,Double 85 test purpose,Double 85 Experiment Report,The purpose and function of double 85 test,Double 85 Experiment Purpose,Double 85 experiment time