P12 工程水文 标准查询与下载

SL 460-2009 水文年鉴汇编刊印规范

本标准适用于全国各类水文测站水文资料以及统一汇交的水文年鉴资料的汇编刊印。

Specification for compilation and publication of hydrological yearbook

SL 63-2007 地表水资源质量评价技术规程

Technical specification for quality assessment of surface water resources

ISO 4360:2008 液体比重测定法.使用三角形剖面堰的明渠流量的测量

ISO 4360:2008 specifies methods for the measurement of the flow of water in open channels under steady flow conditions using triangular profile weirs. The flow conditions considered are steady flows which are uniquely dependent on the upstream head and drowned flows which depend on downstream as well as upstream levels.

Hydrometry - Open channel flow measurement using triangular profile weirs

ASTM D5540-08 用于在线水取样和分析的流量和温度控制标准规范

Sample conditioning systems must be designed to accommodate a wide range of sample source temperatures and pressures. Additionally, efforts must be made to ensure that the resultant sample has not been altered during transport and conditioning and has not suffered excessive transport delay. Studies have shown that sample streams will exhibit minimal deposition of ionic and particulate matter on wetted surfaces at specific flow rates (1–5). To ensure that the physical and chemical properties of the sample are preserved, this flow rate must be controlled throughout the sampling process, regardless of expected changes of source temperature and pressure, for example, during startup or changing process operating conditions. The need to use analyzer temperature compensation methods is dependent on the required accuracy of the measurement. Facilities dealing with ultra-pure water will require both closely controlled sample temperature and temperature compensation to ensure accurate measurements. The temperature can be controlled by adding a second or trim cooling stage. The temperature compensation must be based on the specific contaminants in the sample being analyzed. In other facilities in which some variation in water chemistry can be tolerated, the use of either trim cooling or accurate temperature compensation may provide sufficient accuracy of process measurements. This does not negate the highly recommended practice of constant temperature sampling, especially at 25°C, as the most proven method of ensuring repeatable and comparable analytical results. A separate class of analysis exists that does not require or, in fact, cannot use the fully conditioned sample for accurate results. For example, the collection of corrosion product samples requires that the sample remain at near full system pressure, but cooled below the flash temperature, in order to ensure a representative collection of particulates. Only some of the primary conditioning criteria apply in this case, as in others. Temperature compensation is not applicable since the material being analyzed is not in a liquid state.1.1 This practice covers the conditioning of a flowing water sample for the precise measurement of various chemical and physical parameters of the water, whether continuous or grab. This practice addresses the conditioning of both high- and low-temperature and pressure sample streams, whether from steam or water. 1.2 This practice provides procedures for the precise control of sample flow rate to minimize changes of the measured variable(s) due to flow changes. 1.3 This practice provides procedures for the precise control of sample temperature to minimize changes of the measured variable(s) due to temperature changes. 1.4 The values stated in either SI or inch-pound units are to be regarded as the standard. The values given in parentheses are for information only. 1.5 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.

Standard Practice for Flow Control and Temperature Control for On-Line Water Sampling and Analysis

SL 365-2007 水资源水量监测技术导则

本标准适用于水平衡区内降水、蒸发、流量，以及地下 水、引(取、供)水及排(退)水口、入河排污口、湖泊、沼 泽、洼淀和湿地保护区等水量的监测。

Technique guideline for water quantity measurement

SL 383-2007 河道演变勘测调查规范

本标准适用于我国河道演变勘测调查及河道演变分析工 作，湖泊、水库、行(蓄)洪区演变勘测调查可参照执行

Specification for river channel change survey

SL 384-2007 水位观测平台技术标准

本标准定义的水位观测平台包括地表水水位观测平台和 地下水水位观测平台，提供使用有关水位仪器测量地表水与地下 水水位的相应环境以及安装条件。水位观测平台主要包括仪器 房、测井及附属设施。 本标准适用于河流、湖泊、水库和渠道等地的地表水水 位观测平台和地下水水位观测平台的设计

Technical standard for stage observation platform

SL 367-2006 城市综合用水量标准

本标准适用于城市综合用水量的控制管理，可用于城市 涉水专业规划的编制，亦可供城市发展和新区建设用水预测与取 水总量控制参照使用。达到相应规模的建制镇、经济开发区可参 照执行。

Standards of integrated quota for urban water use

SL 364-2006 土壤墒情监测规范

本标准适用于土壤墒情的监测，可用于指导水利行业土 壤墒情监测站网及信息系统的规划、建设和运行管理 本标准所指土壤墒情监测主要是土壤含水量的监测。本 标准主要规定了土壤含水量的监测方法和要求。与土壤墒情相关 的气象和地下水等要素的监测，本标准不作相应规定。

Technical standard for soil moisture monitoring

SL 360-2006 地下水监测站建设技术规范

本标准适用于水利行业地下水监测站设计、施工及工程验收。

Technical specification for the construction of groundwater monitoring station

DIN EN 14968:2006 地下水数据交换的语义学

This standard covers the semantics (meaning) of data exchanged between data producers, users and databanks, independently from the software device and the formats used to exchange the files. It provides a consistent set of terms defining selected objects and their related attributes. The standard is not applicable to: - data describing domestic uses (drinking water, waste water) or qualitative aspects; - real time data or data calculated from models; - all the various characteristics on the organizations exchanging data concerted; - debimetric measures.

Semantics for groundwater data interchange; English version of DIN EN 14968:2006-11

SL 21-2006 降水量观测规范

本标准适用于为防汛抗旱、水资源管理搜集降水基本资料的降水量观测。

Standard for observations of precipitation

SL 339-2006 水库水文泥沙观测规范

本标准适用于全国大型及重要的中型水库，其他类型水库可参照执行。 水库水文泥沙观测规范包括以下技术内容： 1 水库淤积测量。 2 进库、出库水文泥沙测验。 3 水库水位观测。 4 变动回水区水流泥沙测验。 5 坝区水文泥沙测验。 6 水库异重流测验。 7 水库水文水资源、水环境监测与调查。 8 水库水文泥沙测验资料整编。 9 其他需要观测项目。

Code for reservoir hydrologic and sediment survey

SL 338-2006 水文测船测验规范

本标准适用以测船为载体从事水文测验、水道观测、水环境监测的工作。

Code for hydrologic boat surveying

SL 337-2006 声学多普勒流量测验规范

本标准适用于天然河流、湖泊、水库、人工河渠、受潮汐影响或水工程调节影响河段的水文测验、调查及其资料分析整理、整编等。

Code for discharge measurement of acoustic Doppler current

SL 183-2005 地下水监测规范

本标准适用于水利行业地下水监测站的规划、布设、测验、资料整编及信息系统建设等工作。

Technical standard for groundwater monitoring

NF X10-334:2005 水文测量.用超声(声学)法测量流量

Hydrometry - Measurement of discharge by the ultrasonic (acoustic) method.

DIN 4943:2005 水井和地下水测量点的布置图和文件

Graphical layout and documentation of wells and ground water measuring points

BS EN ISO 6416:2005 水文测量.超声波(声波)法测量流量

This International Standard describes the establishment and operation of an ultrasonic (transit-time) gauging station for the continuous measurement of discharge in a river, an open channel or a closed conduit. It also describes the basic principles on which the method is based, the operation and performance of associated instrumentation and procedures for commissioning. It is limited to the “transit time of ultrasonic pulses” technique, and is not applicable to systems that make use of the “Doppler shift” or “correlation” or “level-to-flow” techniques. This International Standard is not applicable to measurement in rivers with ice.

Hydrometry - Measurement of discharge by the ultrasonic (acoustic) method

KS B ISO TR 11328:2005 明渠水流量测量.在结冰条件下流出测量设备

이 규격은 결빙 조건하에서 하천이나 수로에서의 유량 측정에 이용되는 장비들을 다루고 있다.

Liquid flow measurement in open channels－Equipment for the measurement of discharge under ice conditions