比表面的计算检测标准比表面的计算-中析研究所检测

(CMA)

(CNAS)

(ISO)

(高新技术企业)

比表面的计算相关标准参考信息

ISO 6336-2-2019 正齿轮和斜齿轮负载能力的计算 - 第2部分:表面耐久性（点蚀）的计算
简介：
信息：ICS：21.200 CCS：发布：2019-11-26 实施：

NF P50-772-3-2009 建筑的温湿性能.气候数据的计算和表示.第3部分:源于每小时风雨数据的垂直表面用暴雨指数计算
简介：
信息：ICS：07.060;91.120.10 CCS：P31 发布：2009-12-01 实施：2009-12-25

KS B ISO 6336-2-2007 直齿轮和斜齿轮承载能力的计算.第2部分:齿轮表面耐用能力的计算
简介：이 규격은 인벌류트 치형을 가진 외접 및 내접 원통 기어의 치면 부하 용량을 결정하는 데
信息：ICS：21.2 CCS：J17 发布：2007-08-01 实施：2007-08-01

DIN EN ISO 10211-2018 建筑结构热桥.热流和表面温度.详细计算(ISO 10211-2017);德文版本EN ISO 10211-2017
简介：This document sets out the specifications for a three-dimensional and a two-dimensional geometrical model of a thermal bridge for the numerical calculation of - heat flows, in order to assess the overall heat loss from a building or part of it, and - minimum surface temperatures, in order to assess the risk of surface condensation. These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundary conditions, and the thermal values and relationships to be used. This document is based upon the following assumptions: - all physical properties are independent of temperature; - there are no heat sources within the building element. This document can also be used for the derivation of linear and point thermal transmittances and of surface temperature factors.
信息：ICS：91.120.10 CCS：P31 发布：2018-03-01 实施：

DIN EN ISO 15927-3-2009 建筑物的湿热性能.气候数据的计算和表示.第3部分:根据每小时风雨数据计算垂直表面大雨指数(ISO 15927-3:2009),DIN EN ISO 15927-3:2009-08的英文版本
简介：This part of ISO 15927 specifies two procedures for providing an estimate of the quantity of water likely toimpact on a wall of any given orientation. It takes account of topography, local sheltering and the type ofbuilding and wall.The first method, given in Clause 3 and based on coincident hourly rainfall and wind data, defines a means ofcalculating-- the annual average index, which influences the moisture content of an absorbent surface, such as masonry, and-- the spell index, which influences the likelihood of rain penetration through masonry and joints in other walling systems.The second method, given in Clause 4 and based on average wind data and a qualitative recording of thepresence and intensity of rain (the present weather code for rain), defines a means of calculating the spelllength during which an absorbent material such as masonry is moistened, which has a 10 % probability ofbeing exceeded in any year (commonly referred to as having a mean return period of 10 years).A comparison between the two methods is given in informative Annex D.Procedures are given to correct the results of both methods for topography, local sheltering and the type ofbuilding and wall.The methods included in this part of ISO 15927 do not apply ina) mountainous areas with sheer cliffs or deep gorges,b) areas in which more than 25 % of the annual rainfall comes from severe convective storms,c) areas and periods when a significant proportion of precipitation is made up of snow or hail.
信息：ICS：91.060.10;91.120.10;91.120.30 CCS：P31 发布：2009-08 实施：

ISO 10211-2017 建筑结构热桥.热流和表面温度.详细计算
简介：
信息：ICS：91.120.10 CCS：P31 发布：2017-06 实施：

BS EN 1264-2-2008+A1-2012 水基表面嵌入式加热和冷却系统. 地板加热. 用计算和试验方法测定热输出的检验法
简介：
信息：ICS：91.140.10 CCS：Q76 发布：2009-05-31 实施：2009-05-31

ITU-R S.1713-1-2007 处于激活弧内的非对地静止高地球轨道(HEO)型卫星固定业务(FSS)卫星与地球同步卫星之间在地球表面的最小分离角的计算方法
简介：This Recommendation provides methodologies to calculate the minimum separation angle anywhere on the Earth's surface between a high Earth orbit (HEO) satellite in its "active" arc and: all visible locations in the GSO arc; aspecific GSO satellite.
信息：ICS： CCS：M35 发布：2007-01-01 实施：

ISO 10211-2017 建筑结构热桥.热流和表面温度.详细计算
简介：
信息：ICS：91.120.10 CCS：P31 发布：2017-06 实施：

BS EN 1264-2-2008 内部水基表面加热和冷却系统.第2部分:地板加热,用计算和试验方法测定热输出量的证明方法
简介：This European Standard specifies the boundary conditions and the prove methods for the determination ofthe thermal output of hot water floor heating systems as a function of the temperature difference between theheating medium and the room temperature.This standard shall be applied to commercial trade and practical engineering if proved and certifiable valuesof the thermal output shall be used.This European Standard applies to heating and cooling systems embedded into the enclosure surfaces ofthe room to be heated or to be cooled. This Part of this European Standard applies to hot water floor heatingsystems. Applying of Part 5 of this European Standard requires the prior use of this Part of this EuropeanStandard. Part 5 of this European Standard deals with the conversion of the thermal output of floor heatingsystems determined in Part 2 into the thermal output of heating surfaces embedded in walls and ceilings aswell as into the thermal output of cooling surfaces embedded in floors, walls and ceilings.The thermal output is proved by a calculation method (Clause 6) and by a test method (Clause 9). Thecalculation method is applicable to systems corresponding to the definitions in EN 1264-1 (type A, type B,type C, type D). For systems not corresponding to these definitions, the test method shall be used. Thecalculation method and the test method are consistent with each other and provide correlating and adequateprove results.The prove results, expressed depending on further parameters, are the standard specific thermal output andthe associated standard temperature difference between the heating medium and the room temperature aswell as fields of characteristic curves showing the relationship between the specific thermal output and thetemperature difference between the heating medium and the room.
信息：ICS：91.140.10 CCS：P46 发布：2009-05-31 实施：2009-05-31

ITU-R S.1713-1 FRENCH-2007 处于激活弧内的非对地静止高地球轨道(HEO)型卫星固定业务(FSS)卫星与地球同步卫星之间在地球表面的最小隔离角的计算方法
简介：This Recommendation provides methodologies to calculate the minimum separation angle anywhere on the Earth's surface between a high Earth orbit (HEO) satellite in its "active" arc and: all visible locations in the GSO arc; aspecific GSO satellite.
信息：ICS： CCS：M35 发布：2007-01-01 实施：

KS B ISO 6336-2-2015(2020) 齿轮和螺旋齿轮承载能力的计算 - 第2部分:表面耐久性（点蚀）的计算
简介：
信息：ICS：21.200 CCS：发布：2015-07-28 实施：

ISO 15927-3:2009 建筑物的湿热性能.气候数据的计算和表示.第3部分:根据每小时风和雨数据计算垂直表面的驱动降雨指数
简介：
信息：ICS：07.060 CCS：发布：2009-03-10 实施：

ITU-R S.1713-1 SPANISH-2007 处于激活弧内的非对地静止高地球轨道(HEO)型卫星固定业务(FSS)卫星与地球同步卫星之间在地球表面的最小分离角的计算方法
简介：This Recommendation provides methodologies to calculate the minimum separation angle anywhere on the Earth's surface between a high Earth orbit (HEO) satellite in its "active" arc and: all visible locations in the GSO arc; aspecific GSO satellite.
信息：ICS： CCS：M35 发布：2007-01-01 实施：

KS B ISO 6336-2-2015 直齿轮和斜齿轮承载能力的计算.第2部分:齿轮表面耐用能力的计算
简介：
信息：ICS：21.200 CCS：J17 发布：2015-07-28 实施：

EN ISO 15927-3-2009 建筑物的湿热性能.气候数据的计算和表示.第3部分:根据每小时风雨数据计算垂直表面大雨指数
简介：This part of ISO 15927 specifies two procedures for providing an estimate of the quantity of water likely to impact on a wall of any given orientation. It takes account of topography, local sheltering and the type of building and wall.
信息：ICS：07.060, 91.120.10 CCS：发布：2009-03-01 实施：

ASTM E1960-2007(2011) 计算铺筑表面的国际摩擦指数的标准操作规程
简介：This is the practice for calculating the IFI of the pavement. The IFI has proven useful for harmonization of the friction measuring equipment. F60 and Sp have proven to be able to predict the speed dependence of wet pavementx2013;related measurements of the various types of friction-measuring equipment. The two IFI parameters (F60 and Sp) have been found to be reliable predictors of the dependence of wet pavement friction on tire slip and vehicle speed. The IFI parameters, F60 and Sp, can be used to calculate the calibrated friction at anotherx2013;slip speed using a transformation equation. The IFI model given below describes the relationship between the values of wet pavement friction FRS measured at a slip speed of S and between the friction values measured by different types of equipment. A significance of the IFI Model is that the measurement of friction with a device does not have to be at one of the speeds run in the experiment. FRS can be measured at some S and is always adjusted to FR60. Thus, if a device can not maintain its normal operating speed and must run at some speed higher or lower because of traffic, the model still works well. In that case S is determined by the vehicle speed (V) which can be converted to S by multiplying V by the percent slip for fixed slip equipment or by multiplying V by the sine of the slip angle for side force equipment. This practice does not address the problems associated with obtaining a measured friction or measured macrotexture.1.1 This practice covers the calculation of the International Friction Index (IFI) from a measurement of pavement macrotexture and wet pavement friction. The IFI was developed in the PIARC International Experiment to Compare and Harmonize Texture and Skid Resistance Measurements. The index allows for the harmonizing of friction measurements with different equipment to a common calibrated index. This practice provides for harmonization of friction reporting for devices that use a smooth tread test tire. 1.2 The IFI consists of two parameters that report the calibrated wet friction at 60 km/h (F60) and the speed constant of wet pavement friction (Sp). 1.3 The mean profile depth (MPD) has been shown to be useful in predicting the speed constant (gradient) of wet pavement friction. 1.4 A linear transformation of the estimated friction at 60 km/h provides the calibrated F60 value. The estimated friction at 60 km/h is obtained by using the speed constant to calculate the estimated friction at 60 km/h from a measurement made at any speed. 1.5 The values stated in SI (metric) units are to be regarded as standard. The inchx2013;pound equivalents are rationalized, rather than exact mathematical conversions. 1.6 This standard does not purport to address all of the safety concerns, if any associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.
信息：ICS：93.080.99 (Other standards related to road enginee CCS：A42 发布：2007 实施：

KS B ISO 6336-2-2015 直齿轮和斜齿轮承载能力的计算.第2部分:齿轮表面耐用能力的计算
简介：
信息：ICS：21.200 CCS：J17 发布：2015-07-28 实施：

ISO 15927-3-2009 建筑物的湿热性能.气候数据的计算和表示.第3部分:来自每小时风雨数据的垂直表面大风雨指数的计算
简介：
信息：ICS：07.060;91.120.10 CCS：P31 发布：2009-03 实施：

ASTM E1960-2007(2015) 用于计算道路表面国际摩擦系数的标准实施规程
简介：5.1x00a0;This is the practice for calculating the IFI of the pavement. The IFI has proven useful for harmonization of the friction measuring equipment. F60 and Sp have proven to be able to predict the speed dependence of wet pavementx2013;related measurements of the various types of friction-measuring equipment.2 The two IFI parameters (F60 and Sp ) have been found to be reliable predictors of the dependence of wet pavement friction on tire slip and vehicle speed. 5.2x00a0;The IFI parameters, F60 and Sp, can be used to calculate the calibrated friction at anotherx2013;slip speed using a transformation equation. 5.3x00a0;The IFI model given below describes the relationship between the values of wet pavement friction FRS measured at a slip speed of S and between the friction values measured by different types of equipment. 5.4x00a0;A significance of the IFI Model is that the measurement of friction with a device does not have to be at one of the speeds run in the experiment. FRS can be measured at some S and is always adjusted to FR60. Thus, if a device can not maintain its normal operating speed and must run at some speed higher or lower because of traffic, the model still works well. In that case S is determined by the vehicle speed (V) which can be converted to S by multiplying V by the percent slip for fixed slip equipment or by multiplying V by the sine of the slip angle for side force equipment. 5.5x00a0;This practice does not address the problems associated with obtaining a measured friction or measured macrotexture. 1.1x00a0;This practice covers the calculation of the International Friction Index (IFI) from a measurement of pavement macrotexture and wet pavement friction. The IFI was developed in the PIARC International Experiment to Compare and Harmonize Texture and Skid Resistance Measurements. The index allows for the harmonizing of friction measurements with different equipment to a common calibrated index. This practice provides for harmonization of friction reporting for devices that use a smooth tread test tire. 1.2x00a0;The IFI consists of two parameters that report the calibrated wet friction at 60 km/h (F60) and the speed constant of wet pavement friction (Sp). 1.3x00a0......
信息：ICS：93.080.99 CCS：发布：2007 实施：

ISO 10300-2:2014 伞齿轮Spart 2承载能力计算:表面耐久性（点蚀）计算
简介：
信息：ICS：21.200 CCS：发布：2014-03-17 实施：

BS EN ISO 10211-2007 建筑结构热桥.热流和表面温度.详细计算
简介：
信息：ICS：91.120.10 CCS：P31 发布：2009-02-28 实施：2009-02-28

EN ISO 10211-2007 建筑结构中的热桥.热流和表面温度.详细计算［代替:CEN EN ISO 10211-1,CEN EN ISO 10211-2］
简介：This International Standard sets out the specifications for a three-dimensional and a two-dimensional geometrical model of a thermal bridge for the numerical calculation of:
信息：ICS：91.120.10 CCS：发布：2007 实施：

DIN EN ISO 13788-2013 建筑部件和构件的湿热性能.能避免临界表面湿度和缝隙冷凝作用的内表面温度.计算方法(ISO 13788-2012).德文版本EN ISO 13788-2012
简介：
信息：ICS：91.120.10;91.120.30 CCS：P31 发布：2013-05 实施：

NF P52-400-2-2009 内部水基表面加热和冷却系统.第2部分:地板加热:用计算和试验方法测定热输出的检验法
简介：
信息：ICS：91.140.10 CCS：P45 发布：2009-01-01 实施：2009-01-10

BS ISO 6336-2-2006 正齿轮和斜齿轮承载能力的计算.表面耐久性的计算(针点)
简介：This part of ISO 6336 specifies the fundamental formulae for use in the determination of the surface load capacity of cylindrical gears with involute external or internal teeth. It includes formulae for all influences on surface durability for which quantitative assessments can be made. It applies primarily to oil-lubricated transmissions, but can also be used to obtain approximate values for (slow-running) grease-lubricated transmissions, as long as sufficient lubricant is present in the mesh at all times. The given formulae are valid for cylindrical gears with tooth profiles in accordance with the basic rack standardized in ISO 53. They may also be used for teeth conjugate to other basic racks where the actual transverse contact ratio is less than s^ = 2,5. The results are in good agreement with other methods for the range, as indicated in the scope of ISO 6336-1. These formulas cannot be directly applied for the assessment of types of gear tooth surface damage such as plastic yielding, scratching, scuffing or any other than that described in Clause 4. The load capacity determined by way of the permissible contact stress is called the "surface load capacity" or "surface durability".
信息：ICS：21.200 CCS：J17 发布：2006-10-31 实施：2006-10-31

NF P50-766-2013 建筑部件和构件的湿热性能.能避免临界表面湿度和缝隙冷凝作用的内表面温度.计算方法
简介：
信息：ICS：91.120.10;91.120.30 CCS：P31 发布：2013-04-13 实施：2013-04-13

DIN EN 1264-2-2009 内部水基表面加热和冷却系统.第2部分:地板加热:用计算和试验方法测定热输出的检验法
简介：This European Standard specifies the boundary conditions and the prove methods for the determination ofthe thermal output of hot water floor heating systems as a function of the temperature difference between theheating medium and the room temperature.This standard shall be applied to commercial trade and practical engineering if proved and certifiable valuesof the thermal output shall be used.This European Standard applies to heating and cooling systems embedded into the enclosure surfaces ofthe room to be heated or to be cooled. This Part of this European Standard applies to hot water floor heatingsystems. Applying of Part 5 of this European Standard requires the prior use of this Part of this EuropeanStandard. Part 5 of this European Standard deals with the conversion of the thermal output of floor heatingsystems determined in Part 2 into the thermal output of heating surfaces embedded in walls and ceilings aswell as into the thermal output of cooling surfaces embedded in floors, walls and ceilings.The thermal output is proved by a calculation method (Clause 6) and by a test method (Clause 9). Thecalculation method is applicable to systems corresponding to the definitions in EN 1264-1 (type A, type B,type C, type D). For systems not corresponding to these definitions, the test method shall be used. Thecalculation method and the test method are consistent with each other and provide correlating and adequateprove results.The prove results, expressed depending on further parameters, are the standard specific thermal output andthe associated standard temperature difference between the heating medium and the room temperature aswell as fields of characteristic curves showing the relationship between the specific thermal output and thetemperature difference between the heating medium and the room.
信息：ICS：91.140.10 CCS：Q76 发布：2009-01 实施：

NF E23-030-2-2006 正齿轮和斜齿轮承载能力的计算.第2部分:齿轮表面耐用性能的计算（蚀损斑）
简介：
信息：ICS：21.200 CCS：J17 发布：2006-10-01 实施：2006-10-20

DIN EN 1264-2-2013 内部水基表面加热和冷却系统.第2部分:地板加热.用计算和试验方法测定热输出的试验法.德文版本EN 1264-2-2008+A1-2012
简介：This European Standard specifies the boundary conditions and the prove methods for the determination of the thermal output of hot water floor heating systems as a function of the temperature difference between the heating medium and the room temperature.
信息：ICS：91.140.10 CCS：P46 发布：2013-03 实施：

KS L ISO 13788-2008 建筑部件和构件的湿热性能.能避免临界表面湿度和缝隙冷凝作用的内表面温度.计算方法
简介：이 표준은 다음 사항에 대한 계산법을 규정한다.a) 곰팡이가 번식할 수 있는 건물 부재
信息：ICS：91.06 CCS：Q10 发布：2008-12-29 实施：2008-12-29

ISO 6336-2:2006 正齿轮和斜齿轮承载能力的计算Spart 2:表面耐久性（点蚀）的计算
简介：
信息：ICS：21.200 CCS：发布：2006-09-04 实施：

ISO 6336-2-2006 直齿轮和斜齿轮承载能力的计算.第2部分:齿轮表面强度(蚀点)的计算
简介：This part of ISO 6336 specifies the fundamental formulae for use in the determination of the surface load capacity of cylindrical gears with involute external or internal teeth. It includes formulae for all influences on surface durability for which quantitative assessments can be made. It applies primarily to oil-lubricated transmissions, but can also be used to obtain approximate values for (slow-running) grease-lubricated transmissions, as long as sufficient lubricant is present in the mesh at all times.The given formulae are valid for cylindrical gears with tooth profiles in accordance with the basic rack standardized in ISO 53. They may also be used for teeth conjugate to other basic racks where the actual transverse contact ratio is less than s^ = 2,5. The results are in good agreement with other methods for the range, as indicated in the scope of ISO 6336-1.These formulas cannot be directly applied for the assessment of types of gear tooth surface damage such as plastic yielding, scratching, scuffing or any other than that described in Clause 4.The load capacity determined by way of the permissible contact stress is called the "surface load capacity" or "surface durability".
信息：ICS：21.200 CCS：J17 发布：2006-09 实施：

BS EN ISO 13788-2012 建筑物部件和结构件的湿温性能.防止临界表面潮湿和缝隙冷凝的内表面温度.计算方法
简介：
信息：ICS：91.120.10;91.120.30 CCS：P31 发布：2013-01-31 实施：2013-01-31

ISO 6336-2 Technical Corrigendum 1-2008 正齿轮和斜齿轮的负载能力计算.第2部分:表面耐久性(蚀点)计算.技术勘误1
简介：Calculation of load capacity of spur and helical gears - Part 2: Calculation of surface durability (pitting); Technical Corrigendum 1
信息：ICS：21.200 CCS：J17 发布：2008-06-01 实施：

ITU-R S.1713-2005 方法计算的角度分离最少在地球表面之间的非对地静止轨道型院卫星在其活跃的弧和地球静止卫星
简介：considering a) that in the great majority of high Earth orbit (HEO) satellite system designs, the apogee for each satellite occurs at the highest latitude point in its orbit, and each satellite transmits only while it is within an “active” arc around the
信息：ICS： CCS：M35 发布：2005-01-01 实施：

NF P52-400-2-2013 水基表面嵌入式加热和冷却系统 - 第2部分: 地板加热: 用计算和试验方法测定热输出的检验法
简介：
信息：ICS：91.140.10 CCS：P45 发布：2013-01-12 实施：2013-01-12

ISO 6336-2 CORR 1-2008 正齿轮和斜齿轮的负载能力计算.第2部分: 表面耐久性(蚀点)计算;技术勘误表1
简介：Technical Corrigendum 1 to ISO 6336-2:2006 was prepared by Technical Committee ISO/TC 60, Gears,Subcommittee SC 2, Gear capacity calculation.
信息：ICS：21.200 CCS：J17 发布：2008-06-01 实施：

KS B ISO 10300-2-2004(2019) 齿轮承载能力计算第2部分:表面耐久性（点蚀）计算
简介：
信息：ICS：21.200 CCS：发布：2004-12-21 实施：

NF P52-400-2/IN1-2013 内部水基表面加热和冷却系统.第2部分:地板加热:用计算和试验方法测定热输出的检验法
简介：
信息：ICS：91.140.10 CCS：Q76 发布：2013-01-12 实施：

NF P50-732-2008 建筑结构热桥.热流和表面温度.详细计算
简介：
信息：ICS：91.120.10 CCS：P31 发布：2008-04-01 实施：2008-04-12

KS B ISO 10300-2-2004 伞齿轮负载容量的计算.第2部分:表面耐久性的计算(凹坑法)
简介：이 규격은 직선과 헬리컬(스큐) 기어, 제롤 베벨 및 스파이럴 베벨 기어의 표면 하중
信息：ICS：21.200 CCS：J17 发布：2004-12-21 实施：2004-12-21

ISO 13788:2012 建筑构件和建筑构件的湿热性能——内部表面温度以避免临界表面湿度和间隙冷凝——计算方法
简介：
信息：ICS：91.060.01 CCS：发布：2012-12-14 实施：

DIN EN ISO 10211-2008 建筑结构热桥.热流和表面温度.详细计算(ISO 10211-2007)
简介：This International Standard sets out the specifications for a three-dimensional and a two-dimensionalgeometrical model of a thermal bridge for the numerical calculation of:--- heat flows, in order to assess the overall heat loss from a building or part of it;-- minimum surface temperatures, in order to assess the risk of surface condensation.These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundaryconditions, and the thermal values and relationships to be used.This International Standard is based upon the following assumptions:-- all physical properties are independent of temperature;-- there are no heat sources within the building element.This International Standard can also be used for the derivation of linear and point thermal transmittances andof surface temperature factors.
信息：ICS：91.120.10 CCS：P31 发布：2008-04 实施：

ISO 13788-2012 建筑部件和构件的湿热性能.能避免临界表面湿度和缝隙冷凝作用的内表面温度.计算方法
简介：
信息：ICS：91.120.10;91.120.30 CCS：Q10 发布：2012-12 实施：

EN 1264-2-2008 内部水基表面加热和冷却系统.第2部分:地板加热,热输出用计算和试验方法的测定用检验法
简介：This European Standard specifies the boundary conditions and the prove methods for the determination of the thermal output of hot water floor heating systems as a function of the temperature difference between the heating medium and the room temperature.This standard shall be applied to commercial trade and practical engineering if proved and certifiable values of the thermal output shall be used.This European Standard applies to heating and cooling systems embedded into the enclosure surfaces of the room to be heated or to be cooled.This part of this European Standard applies to hot water floor heating systems. Applying of Part 5 of this European Standard requires the prior use of this part of this European Standard. Part 5 of this European Standard deals with the conversion of the thermal output of floor heating systems determined in Part 2 into the thermal output of heating surfaces embedded in walls and ceilings as well as into the thermal output of cooling surfaces embedded in floors, walls and ceilings. The thermal output is proved by a calculation method (Clause 6) and by a test method (Clause 9). The calculation method is applicable to systems corresponding to the definitions in EN 1264-1 (type A, type B, type C, type D). For systems not corresponding to these definitions, the test method shall be used. The calculation method and the test method are consistent with each other and provide correlating and adequate prove results. The prove results, expressed depending on further parameters, are the standard specific thermal output and the associated standard temperature difference between the heating medium and the room temperature as well as fields of characteristic curves showing the relationship between the specific thermal output and the temperature difference between the heating medium and the room.
信息：ICS：91.140.10 CCS：发布：2008 实施：

KS A 4440-2002(2012) 放射性表面污染的污染和去污指数的测试计算方法
简介：
信息：ICS：13.280 CCS：发布：2002-10-07 实施：

EN 1264-2+A1-2012 基于水的表面嵌入式加热和冷却系统.第2部分.地板加热:用计算和试验方法确定热输出的方法
简介：This European Standard specifies the boundary conditions and the prove methods for the determination of the thermal output of hot water floor heating systems as a function of the temperature difference between the heating medium and the room temperature. This standard shall be applied to commercial trade and practical engineering if proved and certifiable values of the thermal output shall be used. This European Standard applies to heating and cooling systems embedded into the enclosure surfaces of the room to be heated or to be cooled. This Part of this European Standard applies to hot water floor heating systems. Applying of Part 5 of this European Standard requires the prior use of this Part of this European Standard. Part 5 of this European Standard deals with the conversion of the thermal output of floor heating systems determined in Part 2 into the thermal output of heating surfaces embedded in walls and ceilings as well as into the thermal output of cooling surfaces embedded in floors, walls and ceilings. The thermal output is proved by a calculation method (Clause 6) and by a test method (Clause 9). The calculation method is applicable to systems corresponding to the definitions in EN 1264-1 (type A, type B, type C, type D). For systems not corresponding to these definitions, the test method shall be used. The calculation method and the test method are consistent with each other and provide correlating and adequate prove results. The prove results, expressed depending on further parameters, are the standard specific thermal output and the associated standard temperature difference between the heating medium and the room temperature as well as fields of characteristic curves showing the relationship between the specific thermal output and the temperature difference between the heating medium and the room.
信息：ICS：91.140.10 CCS：Y63 发布：2012-11 实施：

TCVN 7578-2-2006 直齿轮和斜齿轮承载能力计算.第2部分:表面耐久性(点状)的计算
简介：
信息：ICS： CCS：发布：2008 实施：

NP EN ISO 8502-4-2001 在使用油漆以及类似物质之前来制作钢制衬底．表面清洗测试．第4部分：在油漆应用之前浓缩概率的计算方法（ISO 8502-4-1993）
简介：Esta Norma apresenta um guia para a estimativa da probabilidade de condensa??o na superfície a ser pintada. Pode utilizar-se esta Norma para estabelecer se as condi??es no local de trabalho s?o adequadas ou n?o para a pintura.
信息：ICS：25.220.10 CCS：发布：2002-06 实施：2002-06

EN ISO 13788-2012 湿热性能的建筑组件和元素.内表面温度,以避免临界表面湿度和间质冷凝.计算方法
简介：This International Standard gives simplified calculation methods for:a) The internal surface temperature of a building component or building element below which mould growth is likely, given the internal temperature and relative humidity. The method can also be used to assess the risk of other internal surface condensation problems.b) The assessment of the risk of interstitial condensation due to water vapour diffusion. The method used does not take account of a number of important physical phenomena including:— the variation of material properties with moisture content;— capillary suction and liquid moisture transfer within materials;— air movement from wi
信息：ICS：91.120.10;91.120.30 CCS：发布：2012 实施：

ISO 10211:2007 建筑施工中的热桥——热流和表面温度——详细计算
简介：
信息：ICS：91.120.10 CCS：发布：2007-12-05 实施：

ISO 10211-1 CORR 1-2002 建筑结构热桥.热流和表面温度.第1部分:一般计算方法.技术勘误1
简介：
信息：ICS：91.120.10 CCS：P31 发布：2002-05 实施：

ASTM E1980-2011 计算水平和低斜度无光泽表面太阳反射光指数的标准操作规程
简介：Solar reflectance and thermal emittance are important factors affecting surface and near-surface ambient air temperature. Surfaces with low solar reflectance, absorb a high fraction of the incoming solar energy. A fraction of this absorbed energy is conducted into ground and buildings, a fraction is convected to air (leading to higher air temperatures), and a fraction is radiated to the sky. For equivalent conditions, the lower the emissivity of a surface the higher its steady-state temperature. Surfaces with low emissivity cannot effectively radiate to the sky and, therefore, get hot. Determination of solar reflectance and thermal emittance, and subsequent calculation of the relative temperature of the surfaces with respect to black and white reference temperature (defined as Solar Reflectance Index, SRI), may help designers and consumers to choose the proper materials to make their buildings and communities energy efficient. The method described here gives the SRI of surfaces based on measured solar reflectances and thermal emissivities of the surfaces.1.1 This practice covers the calculation of the Solar Reflectance Index (SRI) of horizontal and low-sloped opaque surfaces at standard conditions. The method is intended to calculate SRI for surfaces with emissivity greater than 0.1. 1.2 The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard. 1.3 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.
信息：ICS：17.180.20 CCS：P31 发布：2011 实施：

ISO 10211-2007 建筑结构热桥.热流和表面温度.详细计算
简介：This International Standard sets out the specifications for a three-dimensional and a two-dimensionalgeometrical model of a thermal bridge for the numerical calculation of:- heat flows, in order to assess the overall heat loss from a building or part of it;- minimum surface temperatures, in order to assess the risk of surface condensation.These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundaryconditions, and the thermal values and relationships to be used.This International Standard is based upon the following assumptions:- all physical properties are independent of temperature;- there are no heat sources within the building element.This International Standard can also be used for the derivation of linear and point thermal transmittances andof surface temperature factors.
信息：ICS：91.120.10 CCS：P31 发布：2007-12 实施：

NP EN 12373-4-2001 铝以及铝合金．阳极化处理．第4部分：经过酸性淤灌干燥处理之后．阳极氧化表面镀层丢失粉末的计算
简介：
信息：ICS：25.220.20;77.120.10 CCS：发布：2002-03 实施：2002-03