| Chinese | English |
| 一体式生物质分离膜生物反应器 | integrated biomass separation membrane bioreactor |
| 一阶导数分光光度法 | first order derivative spectrophotometry |
| 丁二酮肟分光光度法 | dimethylglyoxime spectrophotometry |
| 丁二酮肟分光光度法 | diacetyldioxime spectrophotometry |
| 三氯化铁分光光度法 | ferric trichloride spectrophotometry |
| 三相分离区污泥层 | three phase separation region sludge layer |
| 不可溶性高分子接触消毒剂 | insoluble polymeric contact disinfectant |
| 不带电分子 | uncharged molecule |
| 不确定风险分析 | uncurtained risk analysis |
| 两性有机高分子絮凝剂 | amphoteric organic polymeric flocculant |
| 中尺度纳滤膜分离 | pilot scale nanofiltration membrane separation |
| N-1-萘基乙二胺分光光度法 | N-1-naphthyl ethylenediamine spectrophotometry |
| N-1-萘基乙二胺偶氮分光光度法 | N-1-naphthyl ethylenediaminoazo spectrophotometry |
| 乙酰丙酮分光光度法 | acetylacetone spectrophotometry |
| 乙酰化滤纸色谱荧光分光光度法、 乙酰化滤纸层析荧光分光光度法 | acetylated paper chromatography with fluorescence spectrophotometry |
| 二乙基二硫代氨基甲酸钠分光光度法 | sodium diethyldithiocarbamate spectrophotometry |
| 二乙基二硫代氨基甲酸银分光光度法 | silver diethyldithiocarbamate spectrophotometry |
| N,N'-二乙基对苯二胺分光光度法 | N,N' -diethyl-p-phenylenediamine spectrophotometry |
| N,N'-二乙基-1,4-苯二胺分光光度法 | N,N' -diethyl-1,4-phenylenediamine spectrophotometry |
| 二乙胺乙酸铜分光光度法 | diethylamine cupric acetate spectrophotometry |
| 二元杀虫组分 | binary biocidal composition |
| 二氨基联苯胺分光光度法 | diaminobenzidine spectrophotometry |
| 1,1-二氯乙烯分解 | 1,1 -dichlorethylene decomposition |
| 1,1-二氯乙烯分解 | 1,1-dichlorethene decomposition |
| 2,9-二甲基-1,10-菲咯啉分光光度法 | 2,9-dimethyl-1,10-phenanthroline spectrophotometry |
| 2,6-二甲酚分光光度法 | 2,6-dimethylphenol spectrophotometry |
| 二糖馏分 | disaccharides fraction |
| 1,5-二苯卡巴肼分光光度法 | 1,5-diphenylcarbohydrazide spectrophotometry |
| 互补分解代谢途径 | complementary catabolic pathway |
| 亚甲基蓝分光光度法 | methylene blue spectrophotometry |
| 亿分之一 | parts per hundred million |
| 仪器分析法 | instrumental analysis |
| 低分子量有机溶液 | low molecular weight organic solution |
| 低分辨率质谱法 | low resolution mass spectrometry |
| 作物水分生产率 | crop water productivity |
| 假成分 | pseudo-component |
| 光交互作用分光法 | photon correlation spectroscopy |
| 光散射粒径分析仪 | photoscattering particle-size analyzer |
| 光电分光计 | photoelectron spectrometer |
| 光谱分析仪 | spectrograph |
| 光谱分析法 | spectral analysis |
| 免疫磁分离 | immunomagnetic separation |
| 六价铬-溴酸钾-乙基紫催化分光光度法 | chromium VI-potassium bromate-ethyl violet catalytic spectrophotometry |
| 内分泌干扰物又称环境激素 | endocrine disruptor |
| 内分泌干扰物又称环境激素 | endocrine disrupting compound |
| 内分泌干扰物又称环境激素 | endocrine disrupter chemicals |
| 农业取水量占实际可再生水资源总量的百分比 | agricultural water withdrawal as % of total renewable water resources actual |
| 农业取水量占总取水量的百分比 | agricultural water withdrawal as % of total water withdrawal |
| 农业需水量占农业取水量的百分比 | agricultural water requirement as % of agricultural water withdrawal |
| 分体式膜生物反应器 | separated membrane bioreactor |
| 分光光度法 | 2B |
| 分别接种法 | separate inoculation method |
| 分子内亲核取代 | intramolecular nucleophilic substitution |
| 分子印迹离子交换树月旨 | molecularly imprinted ion exchange resin |
| 分子印迹膜 | molecular imprint membrane |
| 分子变化量子状态 | molecule change quantum states |
| 分子态污染物 | molecule stated contaminates |
| 分子接合 | molecule binds |
| 分子浓度 | molecule concentration |
| 分子轨道方法 | molecular orbital method |
| 分子运动 | molecule move |
| 分层沉淀 | hindered sedimentation |
| 分布污染源 | distributed sources of pollution |
| 分带垂直的- | vertical zonation |
| 分形水流特征 | fractal flow characteristics |
| 分散式下水道系统 | decentralised sewerage system |
| 分散式污水管理 | decentralised management of wastewater |
| 分散性阳离子聚丙烯酰胺 | dispersing type cationic polyacrylamide |
| 分散染料 | dispersed dye |
| 分散率 | dispersion factor |
| 分析浓度每升溶液中某一物质所有存在形式的总克分子数 | analytical concentration |
| 分析液相层析 | analytical liquid chromatography |
| 分枝菌酸 | mycolic acid |
| 分段开关 | disconnected switch |
| 分段曝气法 | stepwise aeration method |
| 分段曝气法 | stage aeration method |
| 分段进水活性污泥法 | step-feed activated sludge process |
| 分水坝 | separation groin |
| 分水坝 | diversion weir |
| 分水坝 | diversion dam |
| 分水岭 | water parting |
| 分水岭 | watershed divide |
| 分水岭 | catchment |
| 分水细沟 | distribution rill |
| 分水补给地区 | recharge area |
| 分流 | separation |
| 分流再生 | bi-flow regeneration |
| 分流式下水道 | separating sewer |
| 分流式下水道系统 | separate sewage system |
| 分流式下水道系统 | separated sewerage system |
| 分流式污水处理系统 | separate wastewater treatment system |
| 分流式生活和暴雨排水系统 | separate sanitary and storm drain system |
| 分流式系统 | separating system |
| 分流污水 | split flow wastewater |
| 分流点 | shunting place |
| 分流系统雨水和污水 | separate system |
| 分片灌溉法 | batch method |
| 分离液相 | separate liquid phase |
| 分离膜 | eliminating film |
| 分类样本 | grouping samples |
| 分级蒸馏 | fractional distillation |
| 分解水 | decompose water |
| 化学结合分量 | chemical binding component |
| 十亿分之一 | parts per billion |
| 千分之一 | parts per mille |
| 千分之一 | parts per thousand |
| 单光束紫外-可见分光光度计 | single beam ultraviolet-visible spectrophotometer |
| 单光束紫外-可见-近红外分光光度计 | single beam ultraviolet-visible-near infrared spectrophotometer |
| 单光束红外分光光度计 | single beam infrared spectrophotometer |
| 单糖馏分 | monosaccharides fraction |
| 卤代煌分解 | halo-hydrocarbon degrading |
| 原子吸收分光法 | atomic absorption spectrography |
| 原子吸收光谱分析 | atomic absorption spectroscopic analysis |
| 双光束紫外-可见分光光度计 | double beam ultraviolet-visible spectrophotometer |
| 双光束紫外-可见-近红外分光光度计 | double beam ultraviolet-visible-near infrared spectrophotometer |
| 双光束红外分光光度计 | double beam infrared spectrophotometer |
| 双层分阶段厌氧多生物相 | two-double integrated staged multiphase anaerobe |
| 双波长-双光束紫外-可见分光光度计 | double wavelength-double beam ultraviolet-visible spectrophotometer |
| 双硫踪分光光度法 | dithizone spectrophotometry |
| 双硫踪萃取分光光度法 | dithizone extraction spectrophotometry |
| 反相分馏法 | reverse-phase fractionation method |
| 可交换钠百分数 | exchangeable sodium percentage |
| 可色层分离微量级有机物 | chromatographable trace level organics |
| 可色层分离有机卤素化合物 | chromatographable organic halogen compound |
| 可调二极管激光外差式分光光度法 | tunable diode laser heterodyne spectrophotometry |
| 合成高分子絮凝剂 | synthetic polymer flocculant |
| 同时多元素分析 | simultaneous multielement analysis |
| 同时热解重量-差热分析仪 | simultaneous thermogravimetric differential thermal analyzer |
| 含分枝菌酸放线菌 | mycolic acid-containing actinomycetes |
| 含抗生素成分废水 | antibiotic formulation wastewater |
| 含水二氧化钛分散 | aqueous titanium dioxide dispersions |
| 含青霉素成分废水 | penicillin formulation effluent |
| 吸光度比殖-导数分光光度法 | ratio spectrum-derivative spectrophotometry |
| 吸附分子结合 | adsorbed molecule binds |
| 喷射型气相分布板 | ejector-type gas distributors |
| 土地平整, 分级 | land preparation |
| 土地评价和分类 | land evaluation and classification |
| 土壤水分潜力 | soil-water potential |
| 土壤水分蒸发蒸腾损失总量 | evapotranspiration |
| 土壤、水和养分综合管理 | integrated soil, water and nutrient management |
| 地下水灌溉面积占配备完全控制灌溉设施面积的百分比 | area irrigated by groundwater as % of area equipped for full control irrigation |
| 地下水盐分输移观测与预测 | observation and forecast of movement of groundwater and salt |
| 地表水和地下水的重叠部分 | overlap between surface water and groundwater |
| 地表水灌溉面积占配备完全控制灌溉设施面积的百分比 | area irrigated by surface water as % of area equipped for full control irrigation |
| 城市取水量占总取水量的百分比 | municipal water withdrawal as % of total water withdrawal |
| 基质分解代谢 | substrate degradation metabolism |
| 声光催化分解 | sonophotocatalytic decomposition |
| 壳聚糖接枝共聚高分子絮凝剂 | chitosan grafted copolymer flocculant |
| 复合无机嵩分子絮凝剂 | compound inorganic polymeric flocculant |
| 多元回归分析 | multivariable regression analysis |
| 多参数综合决策分析模型 | multiparameters integrated decision analysis model |
| 多相催化臭氧氧化分解 | heterogeneous catalytic ozone decomposition |
| 多相光催化分解 | heterogeneous photocatalytic decomposition |
| 多组分吸附平衡 | multicomponent adsorption equilibria |
| 多组分氨基酸废水 | multicomponent amino acids wastewater |
| 多组分非水相流体 | multicomponent nonaqueous phase liquid |
| 天然大分子絮凝剂 | natural macro-molecular flocculants |
| 天然有机高分子絮凝剂 | natural organic polymeric flocculants |
| 好氧-缺氧一体化高效分离生物流化床反应器 | biological fluidized bed reactor of aerobicanoxic integrated high-efficiency separation |
| 姜黄素分光光度法 | curcumin spectrophotometry |
| 孔雀绿-磷钼杂多酸分光光度法 | malachite green-phosphomolybdoheteropolyacid spectrophotometry |
| 孤平衡组分 | unique equilibrium composition |
| 实际灌溉面积占配备灌溉设施的灌溉面积的百分比 | area actually irrigated as % of area equipped for irrigation |
| 实际的土壤水分蒸发蒸腾损失总量 | actual evapotranspiration |
| 对二甲氨基苯甲醛分光光度法 | p-dimethylaminobenzaldehyde spectrophotometry |
| 对氨基二甲基苯胺分光光度法 | p-aminodimethylaniline spectrophotometry |
| 射流分散 | breakup of jet |
| X 射线光电分光法 | X-ray photoelectron spectroscopy |
| 小分子量有机醛 | small-molecular-weight organic aldehyde |
| 小波包分析 | wavelet packets analysis |
| 小试规模分析 | bench-scale analysis |
| 层次分析法 | analytic hierarchy process method |
| 工业取水量占总取水量的百分比 | industrial water withdrawal as % of total water withdrawal |
| 4-己基间苯二酚分光光度法 | 4-hexyl m-benzene diphenol spectrophotometry |
| 废水水质分析 | analysis of wastewater quality |
| 异烟酸-吡唑啉酮分光光度法 | isonicotinic acid-pyrazolone spectrophotometry |
| 异烟酸-巴比妥酸分光光度法 | isonicotinic acid-barbituric acid spectrophotometry |
| 微波消解铝酸铵分光光度法 | microwave digestive ammonium molybdate spectrophotometry |
| 微滤机分离-活性污泥法 | microfilter separation-activated sludge method |
| 微生物分析 | microbiological analyses |
| 快速大肠菌噬菌体分析法 | rapid coliphage analysis technique |
| 戗台, 分水土埂 | inside berm |
| 戗台, 分水土埂 | berm |
| 截留分子量 | molecular weight cut off |
| 抗坏血酸分光光度法 | L-ascorbic acid spectrophotometry |
| 排水耕地面积占总耕地面积的百分比 | drained cultivated area as % of total cultivated area |
| 排水面积占配备完全控制地面灌溉设施面积的百分比 | drained area as % of area equipped for full control surface irrigation |
| 数理统计分析 | mathematical statistics analysis |
| 新亚铜灵萃取分光光度法 | neocuproine extraction spectrophotometry |
| 旋流分离 | cyclonic separation |
| 旋流分离器 | vortex separator |
| 旋流分离器 | cyclone |
| 无机-有机高分子复合絮凝剂 | inorganic-organic polymer composite flocculant |
| 无火焰原子吸收分光光度测定法 | flameless atomic absorption spectrophotometry |
| 无火焰原子吸收分光光度计 | flameless atomic absorption spectrophotometer |
| 明渠分水 | open distribution |
| 月旨-水分配系数 | lipid-water partition coefficient |
| 有机物分子量 | organism molecular weight |
| 有机高分子复合絮凝剂 | organic polymer composite flocculant |
| 未分解的烃类络合混合物 | unresolved complex mixtures of hydrocarbon |
| 未分解的络合混合物 | unresolved complex mixture |
| 机械分离法 | mechanical separation method |
| 杀菌剂成分 | bactericide composition |
| 核糖体基因间序列分析 | ribosome intergenic series analysis |
| 残留分析 | residual analysis |
| 毒物微波分解 | microwave decomposition of toxic |
| 气相组分 | gas-phase composition |
| 气相色谱法-质谱法联用数据系统闭合环路溶出分析 | gas chromatography-mass spectrometry data system closed-loop stripping analysis |
| 氟试剂分光光度法 | alizarin Complexone spectrophotometry |
| 氢分子 | hydrogen molecule |
| 氢化物原子吸收分光光度法 | hydride atomic absorption spectrophotometry |
| 氢化物发生-原子吸收分光光度法 | hydride generation-atomic absorption spectroscopy |
| 氧分子 | oxygen molecule |
| 氧化分解 | oxidation decomposition |
| 4-氨基安替比林分光光度法 | 4-aminoantipyrine spectrophotometry |
| 4-氨基安替比林-氯仿萃取分光光度法 | 4-aminoantipyrine-chloroform extraction spectrophotometry |
| 4-氨基安替比林-直接分光光度法 | 4-aminoantipyrine-direct spectrophotometry |
| 氯冉酸钡分光光度法 | chloranilic acid spectrophotometry |
| 氰化物臭氧分解 | cyanide decomposition by ozone |
| 水分 | water content |
| 水分子簇 | water cluster |
| 水分胁迫 | water stress |
| 水化学分层采样 | hydrochemical stratification sampling |
| 水化学分析 | chemical water analysis |
| 水化学成分 | water chemical components |
| 水化学组分 | water chemical components |
| 水杨荧光酮分光光度法 | salicylfluorone spectrophotometry |
| 水杨酸分光光度法 | salicylic acid spectrophotometry |
| 水杨醛分光光度法 | salicylaldehyde spectrophotometry |
| 水样分析 | analysis of water samples |
| 水溶性汽油分数 | water soluble gasoline fraction |
| 水溶性高分子 | water-soluble polymer |
| 水生物组分 | hydrobiotic constituent |
| 水相摩尔分数 | aqueous-phase mole fraction |
| 水质分析模拟程序美国环境保护局 | water quality analysis simulation program USEPA |
| 水质分析系统 | water analysis system |
| 水质成分 | water-quality constituent |
| 水质特征分析 | water quality characteristics analysis |
| 水资源系统分析 | analysis of water resource system |
| 污水分析 | wastewater analysis |
| 污水卫生化学分析 | sanitary chemical analysis of sewage |
| 污水生物分类 | saprobic classification |
| 污水组分 | composition of sewage water |
| 污泥厌氧分解 | anaerobic decomposition of sludge |
| 河底分水岭山脊 | bottom ridges |
| 河流分洪 | stream flow diversion |
| 河流分洪 | stream diversion |
| 油水分离槽 | oil separating tank |
| 活性炭吸附分离-生物再生工艺 | activated carbon adsorption separation biological regeneration process |
| 活性炭吸附-铭天青 S 分光光度法 | activated carbon adsorption-chrome azurol S spectrophotometry |
| 活性高分子量磷 | reactive high molecular weight phosphorus |
| 流动注射催化分光光度法 | flow-injection catalytic spectrophotometry |
| 流域间分洪 | interbasin transfer |
| 消化菌致分解 | digestion |
| 液-液相分离 | liquid-liquid phase separation |
| 液-液萃取分离 | liquid-liquid extraction separation |
| 液相分配层析 | liquid partition chromatography |
| 液膜分离废水处理 | liquid membrane isolation wastewater treatment |
| 淡水开采量占境内可再生水资源的百分比 | freshwater withdrawal as % of internal renewable water resources |
| 淡水资源开采总量占实际可再生水资源总量的百分比 | total freshwater withdrawal as % of total renewable water resources actual |
| 混凝-磁分离工艺 | coagulation-magnetic separation process |
| 混合及其他水资源灌溉面积占配备完全控制灌溉设施面积的百分比 | area irrigated by mixed and other sources of water as % of area equipped for full control irrigation |
| 湿地影响分析 | wetland impact analysis |
| 溴水氧化-磷铝蓝分光光度法 | bromine water oxidationphosphomolybdenum blue spectrophotometry |
| 溶液平衡成分 | solution's equilibrium composition |
| 溶解分子 | dissolved molecule |
| 溶解有机物分布 | dissolved organics distribution |
| 溶质分布预测 | predictions of solute distribution |
| 漠酚蓝分光光度法 | bromophenol blue spectrophotometry |
| 潜在的土壤水分蒸发蒸腾损失总量 PET | potential evapotranspiration |
| 灌水充分 | adequacy of irrigation |
| 灌水充分 | irrigation adequacy |
| 灌溉粮食产量占粮食总产量的百分比 | irrigated grain production as % of total grain production |
| 火焰光度检测高分辨率气相层析 | high-resolution gas chromatography with flame photometric detection |
| 火焰光度检测高分辨率气相色谱法 | high-resolution gas chromatography with flame photometric detection |
| 火焰电离分析检测器 | flame ionization analyser and detector |
| 点分布函数 | site distribution function |
| 热力学分析 | thermomechanical analyses |
| 热致蒸发分离 | thermally assisted evaporative separation |
| 热重量分析 | thermogravimetric analysis |
| 照相沉淀物分析 | photosedimentation analysis |
| 牛顿活化分析 | Newton activation analysis |
| 物化分析 | physicochemical analysis |
| 物质分离机理 | separation mechanism of substance |
| 特丁津分子印迹聚合物 | terbuthylazine molecularly imprinted polymer |
| 环境内分泌干扰物又称环境激素/荷尔蒙 | environmental endocrine disruptors |
| 环境化学分析 | environmental chemical analysis |
| 现场分析 | in situ analysis |
| 现场活化分析 | in situ activation analysis |
| 生态与微量污染物分析 | ecology and analysis of trace contaminant |
| 生物氧化分量 | biologically oxidizable component |
| 甲亚胺-H酸分光光度法 | methylimine-H-acid spectrophotometry |
| 甲基百里酚蓝分光光度法 | methyl thymol blue spectrophotometry |
| 3-甲基-1-苯基-5-吡唑啉酮分光光度法 | 3-methyl-1-phenyl-5-pyrazolone spectrophotometry |
| 电力灌溉面积占配备灌溉设施的灌溉面积的百分比 | power irrigated area as % of area equipped for irrigation |
| 电子俘获检测高分辨率气相层析 | high-resolution gas chromatography with electron-capture detection |
| 电子俘获检测高分辨率气相色谱法 | high-resolution gas chromatography with electron-capture detection |
| 电解分解 | electrolytic decomposition |
| 百分之一 | parts per hundred |
| 百万分之一 | parts per million |
| 百亿分之一 | parts per trillion |
| 盐渍面积占配备完全控制灌溉设施面积的百分比 | salinized area as % of area equipped for full control irrigation |
| 直接固-液分离 | direct solid-liquid separation |
| 直接显色分光光度法 | direct development of the spectrophotometry |
| 硝基苯并噻唑重氮氨基偶氮苯分光光度法 | nitrobenzothiazolyldiazoaminoazobenzene spectrophotometry |
| 硼姜黄素分光光度法 | boron curcumin spectrophotometry |
| 碱性染料-磷铝杂多酸分光光度法 | basic dye-phosphomolybdoheteropoly acid spectrophotometry |
| 碱性过硫酸钾消解-紫外分光光度法 | alkaline potassium persulfate digestion-ultra-violet spectrophotometry |
| 磁离子分光计 | magnetic ion spectrometer |
| 磷钼蓝分光光度法 | phosphomolybdenum blue spectrophotometry |
| 磺基水杨酸分光光度法 | sulfosalicylic acid spectrophotometry |
| 神化氢-硝酸银分光光度法 | hydrogen arsenide-silver nitrate spectrophotometry |
| 离子交换分离法 | ion exchange separation method |
| 离子排斥分配层析 | ion exclusion partition chromatography |
| 粒径分析仪 | particle size analyzer |
| 紫外一氧化氮分光计 | UV nitric oxide spectrometer |
| 紫外可见分光计 | UV-VIS spectrometer |
| 紫外吸收分光光度法 | UV absorption spectrophotometry |
| 纤维素分解 | cellulose decomposition |
| 纤维素分解菌 | cellulose degradation bacteria |
| 纤维素分解菌 | cellulose decomposing bacteria |
| 纳米分子筛 | nano molecular sieve |
| 纳米沸石分子筛 | nano-zeolite molecular sieve |
| 纳米沸石分子筛吸附 | nano-zeolite molecular sieve adsorption |
| 纸层析-荧光分光光度法 | paper chromatography-spectrophoto fluorometry |
| 纸色谱法-荧光分光光度法 | paper chromatography-spectrophoto fluorometry |
| 组分元素 | constituent elements |
| 组分浓度 | constituent concentration |
| 细菌分离 | bacterial isolation |
| 脂质体分数 | lipophilic fraction |
| 腐殖酸分解细菌 | humic acid-decomposing bacteria |
| 膜分离法 | membrane separation method |
| 自动粒径分析仪 | automated particle size analyzer |
| 自动采样分析仪 | automatic sampler-analyzer |
| 臭氧-二磺酸靛蓝分光光度法 | ozone-indigo disulphonate spectrophotometry |
| 臭氧氧化青霉素成分废水 | ozonated penicillin formulation effluent |
| 苯、甲苯、乙苯和二甲苯同分异构体 | benzene, toluene, ethyl benzene, and xylene isomers |
| 苯甲酰苯月亥钽试剂萃取分光光度法 | BPHA extraction spectrophotometric method |
| 苯甲酰苯月亥钽试剂萃取分光光度法 | benzoylphenylhydroxylamine extraction spectrophotometric method |
| 苯芴酮分光光度法 | phenylfluorone spectrophotometry |
| 荧光分光光度测定分析 | spectrofluorimetric assay |
| 1,10-菲咯琳分光光度法 | 1,10-phenanthroline spectrophotometry |
| 薄膜分散剂 | thin film spreading agent |
| 藏红 T 分光光度法 | safranine-T spectrophotometry |
| 藏红剂分光光度法 | safranine agent spectrophotometry |
| 试荷分析 | trial load analysis |
| 超分子自组装 | supramolecular self-assembly |
| 超交联高分子树脂 | hypercrosslinked polymeric resin |
| 超声分解一 | ultrasonic disintegration |
| 超热等离子体分析仪 | suprathermal plasma analyzer |
| 超痕量分析 | super trace analysis |
| 转氧百分比 | percent oxygen transfer |
| 轮流分水 | distribution of water on a rotation basis |
| 辐射诱导污染物分解 | radiation induced pollutant decomposition |
| 辛醇-水分配系数 | octanol-water partition coefficient |
| 还原-偶氮分光光度法 | reduction-azo spectrophotometry |
| 通量分步法 | flux-step method |
| 邻苯二酚紫分光光度法 | catechol violet spectrophotometry |
| 邻菲咯啉分光光度法 | o-phenanthroline spectrophotometry |
| 配备灌溉设施的灌溉面积占灌溉潜力的百分比 | area equipped for irrigation as % of irrigation potential |
| 配备灌溉设施的灌溉面积占耕地面积的百分比 | area equipped for irrigation as % of cultivated area |
| 配备灌溉设施的面积占农业用水管理面积的百分比 | area equipped for irrigation as % of agricultural water managed area |
| 酚二磺酸分光光度法 | phenol disulfonic acid spectrophotometry |
| 竞争性酶免疫分析 | enzyme immunological analysis |
| 采样分布 | sampling distribution |
| 采样频率分析 | sampling frequency analysis |
| 重力分离法 | gravity separation method |
| 钼蓝凝聚-有机溶剂溶解分光光度法 | molybdenum blue condensation-organic solvent dissociation spectrophotometry |
| 铁炭化微电解分析 | ferreous charry micro electroanalysis |
| 铜试剂-四氯化碳萃取分光光度法 | cupron-carbon tetrachloride extraction spectrophotometry |
| 铝蓝-导数分光光度法 | molybdenum blue-derivative spectrophotometry |
| 铝酸铵分光光度法 | ammonium molybdate spectrophotometry |
| 铬天青 S 分光光度法 | chrome azurol S spectrophotometry |
| 铬菁 R 分光光度法 | eriochrome cyanine R spectrophotometry |
| 间接荧光分光光度法 | indirect spectrophotofluorimetry |
| 间隔流动注射分析 | interval flow injection analysis |
| 间隔流动注射分析仪 | interval flow injection analysis instrument |
| 阳离子分析 | cation analysis |
| 非分散紫外分析仪 | nondispersive ultraviolet analyzer |
| 非分散红夕卜吸收法 | nondispersive infrared absorption method |
| 非分散红外光度法 | nondispersive infrared photometry |
| 非分散红外分析仪 | nondispersive infrared analyzer |
| 非分散红外法 | nondispersive infrared method |
| 非生物分解 | nonbiological decomposition |
| 非结核分枝杆菌 | nontuberculous mycobacteria |
| 颗粒分析 | particle analysis |
| 风险分散体系指标法 | risk dispersion index method |
| 饮用水分区保护法令 | Drinking-Water Conservation Zoning Regulation |
| 高分子催化剂 | polymeric catalytic agent |
| 高分子助凝剂 | polymer coagulant aid |
| 高分子染料 | polymeric dyes |
| 高分子絮凝剂 | high molecular flocculant |
| 高分子络合 | polymer complexation |
| 高分子络合物 | macromolecular complexes |
| 高分子络合絮凝剂 | polymeric complex flocculants |
| 高分子重金属絮凝剂 | macromolecular heavy metal flocculant |
| 高分子铝酸盐絮凝剂 | polymeraluminate flocculant |
| 高分解力菌群 | high solution bacteria |
| 高分辨率气相层析 | high-resolution gas chromatography |
| 高分辨率气相色谱法 | high-resolution gas chromatography |
| 高分辨率气相色谱法-质谱法联用 | high-resolution gas chromatographymass spectrometry |
| 高分辨率气相色谱法-高分辨率质谱法联用 | high-resolution gas chromatography high resolution mass spectrometry |
| 高分辨率气相色谱法-高分辨率质谱法-计算机联用 | high-resolution gas chromatography high resolution mass spectrometry computer |
| 高分辨率液相层析 | high-resolution liquid chromatography |
| 高分辨率液相色谱法 | high-resolution liquid chromatography |
| 高分辨率质谱法 | high resolution mass spectrometry |
| 高镒酸钾分光光度法 | potassium permanganate spectrophotometry |
| 高镒酸钾-过硫酸钾消解法-双硫腺分光光度法 | potassium permanganate-potassium persulfate decomposition method - dithizone-spectrophotometric method |
