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1) boiling water extraction 点击朗读

沸水浸提

2) Aqueous extract 点击朗读

水浸提液

Allelopathic effect of aqueous extract from alfalfa leaf on test weeds; 点击朗读

苜蓿叶水浸提液对杂草的化感效应研究

and the results showed that aqueous extracts of stem,leaf and flower inhibited the root growth and shoot length of cucumber and this increased became strong as the concentration of the extraction increased,the root growth and shoot length of queous extracts from leaf and flower can be inhibited up to 100.

运用室内培养皿生物测定法,对银胶菊化感作用研究,发现茎、叶、花水浸提液对黄瓜根长、芽长有抑制作用,抑制强度随处理浓度的增大而加强,在浓度为200 g/L时,叶、花水浸提液的根长抑制率和芽长抑制率均达到100。

In the experiment,Manihot esculenta Crantz was used as donor,the allelopathic effects of aqueous extracts of fresh leaf and withered leaf of cassava on the seed germination and seedling growth of six receptive plants,including Raphanus sativus L.

)为受体,采用生测检验的方法,分别研究了木薯新鲜叶片和枯萎叶片的水浸提液对受体植物种子的萌发和幼苗生长的影响。

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3) Water extraction 点击朗读

水浸提

Compared with the traditional water extraction method, microwave-assisted extraction have the advant.

采用微波辅助水浸提米糠多糖,分别考查液料比、pH值、微波功率、提取时间等因素对提取米糠多糖效果影响,并与热水直接浸提法进行比较。

The effect is compared with traditional water extraction. 点击朗读

以水为介质 ,对银杏叶进行超声处理 ,提取黄酮苷 ,其提取效果与常规水浸提法比较 ,结果表明 ,超声波提取效率大大提

Single factor tests and Response Surface Methodology (RSM) based on a three-level three-factor Box-Behnken design were applied to optimize the water extraction conditions of Tricholoma matsutake and Cordyceps Militaris co-cultivating mycelium polysaccharides.

在单因素实验的基础上,采用响应面分析法研究了提取温度和时间、不同水料比对松茸、蛹虫草混菌共酵菌丝体多糖提取率的影响,建立了具有良好预测性能的常规水浸提工艺条件的数学模型,通过响应面分析法确定了混菌共酵菌丝体多糖的最优提取工艺条件。

更多例句>>

4) Water Bath Soaks Raises 点击朗读

水浴浸提

Determination of As and Hg in Soil by the Water Bath Soaks Raises-the Hydride Generalion-Atomic Fluoresccence Spectrmetry;

水浴浸提-氢化物发生-原子荧光光谱法检测土壤中痕量砷和汞

5) hot water extraction 点击朗读

热水浸提

The best technology by hot water extraction were that the water-material ratio was 2. 点击朗读

结果表明,乙醇浓度和提取温度是影响米糠水溶性多糖提取的主要因素,热水浸提的最佳工艺方案为水料比20∶1,提取温度110℃,提取时间4h,乙醇浓度95%,在此工艺条件下,米糠水溶性多糖的得率为0。

With corn embryo being coproduct in corn starch production as material, glutathione (GSH) was extracted through hot water extraction after supercritical CO2 fluid extraction and microwave treatment.

以淀粉加工副产物玉米胚为原料,经过超临界流体萃取脱脂及微波破壁处理后,采用热水浸提法提取谷胱甘肽,通过正交试验确定超临界流体萃取脱脂工艺条件为压力25MPa,萃取温度40℃,时间120min,CO2流量20L/h。

Polysaccharide was isolated from fresh Chaenomeles sinensis by hot water extraction technology.

以当年产新鲜光皮木瓜为原料,通过热水浸提法提取光皮木瓜多糖。

更多例句>>

6) water extraction ratio 点击朗读

水浸提率

The effects of the ratio of water and the sample(A), extracting temperature(B), extracting time(C), and the sample particle size (D) on water-soluble active ingredients of Ampelopsis grossedentata were investigated with single factor and orthogonal experiments as a measure of total flavones and water extraction ratio.

以水溶性活性成分总黄酮和水浸提率作为衡量浸提效果的评价指标,分别采用单因素和正交实验L9(34)确定了茶水比、浸提温度、浸提时间和样叶粒度对显齿蛇葡萄总黄酮和水浸提率的影响,得出了影响的主次顺序为茶水比、浸提温度、样叶粒度和浸提时间。

补充资料：碱浸-硫化沉淀法提铊

碱浸-硫化沉淀法提铊
extraction of thallium by alkaline leach-sulfide precipitation

一压团、Na0H熔炼即得金属蛇。此法适于从高砷的含金属佗及硫化蛇的物料中提取佗，在硫化沉淀佗的单元过程中，既沉淀出铭，又同时除去砷，并能综合回收含佗物料中的锢、福及锌等，是从高砷含佗的铜福渣中回收蛇的一种较好方法。um by alkaline leaeh一sulfide preeiPi-tation)含蛇物料经过或化焙烧、碱浸出、硫化沉淀处理，进而生产金属枕的过程。含蛇物料有部分蛇以佗硫化物形态存在，需通过氧化焙烧使之转变为易挥发的T12O进入挥发烟尘中得以回收。利用T12O易溶于碱溶液的性质，用碱浸出含铭挥发物，使铭转入溶液。再用NaZS使溶液中的T120转变成T12S沉淀析出。进而从T12S沉淀物中制取金属佗。本法适用于处理含铭0.01%~。.26%的铅、锌、铜熔炼烟尘以及含铭2写~18%的铜福渣。这两种含蛇物料的主要杂质是铅、锌和硫等。前苏联用这种方法从含蛇炼铅烟尘或铜福渣中回收花，其工艺流程如图。中国也曾用这种方法回收铭，后段作业改为TI:S硫酸浸出，得T12SO;用Nso3萃取，其反萃液仍接前苏联工艺的氯化沉淀佗、硫酸转化、置换和碱熔获得纯度”.99%的金属蛇。含佗物料在773一923K温度下进行氧化焙烧，物料中佗便转变成T120挥发进入烟气，从烟气得含蛇。.4%一1%的挥发物。含T120挥发物用NaOH的混合溶液进行碱浸出，碱浸出温度控制在353~363K，终点pH控制在8~10。在此浸出条件下，T12O转变为T12eO3和TI(OH)进入碱浸出液: TI:O+NaZCO3+H:O—T12CO3+ ZNaOH T12O+HZO—ZTI(OH)获得含蛇0.6~0.659/L的碱浸出液。在保持碱浸出液温度不变条件下，加入物料重量5%的NaZS，此时碱浸出液中的T12CO:和Tl(OH)便生成T12S沉淀析出: T12CO3+NaZS—T12S十+NaZCO3 ZTI(OH)+NaZS—T12S令+ZNaOH约有90%的佗生成T12S沉淀析出。如T12S沉淀物含砷过高，则需多添加Na多，使砷以多硫化物形态转入溶液而除去: AsZS3+3NaZS一ZNa3AsS3此时可得含蛇约78%的沉淀物，残留砷降到0.1%一0.2%。T12S沉淀物用锌电解(见锌电解沉积)废液浸出2~3h，浸出液固比为20:1，浸出温度控制在363K，约有97%的蛇转入溶液。从处理氧化亚佗挥发物到转入锌电解废液的浸出液中的蛇回收率为75%一80%。含佗的浸出液用锌粉置换得海绵铭，海绵蛇经遗竺竺竺粤生盛望竺竺1 .1__ 宗…一矛广二杏，__}竺军巡竿份件计门坠…竺一沤知综合回收锢、锅卫属兰竺}t 中…一查处理甲放竺竿竺一当巡}l Tr~，eeL，}}里二奥竺竺色遭~浏卜分一习{ 碱浸一硫化沉能法提佗流程J lanJ旧一Iiuhua ehendianfa tita碱漫一硫化沉淀法提蛇(extraetion of thalli-

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

参考词条

沸水提取法热水浸提法热水浸提物

冷水浸提水浸提钒浸提用水水浸提法沸水浴抽提沸水浴提取

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	您的位置：首页 -> 词典 -> 沸水浸提 1) boiling water extraction 沸水浸提 2) Aqueous extract 水浸提液 1. Allelopathic effect of aqueous extract from alfalfa leaf on test weeds; 苜蓿叶水浸提液对杂草的化感效应研究 2. and the results showed that aqueous extracts of stem,leaf and flower inhibited the root growth and shoot length of cucumber and this increased became strong as the concentration of the extraction increased,the root growth and shoot length of queous extracts from leaf and flower can be inhibited up to 100. 运用室内培养皿生物测定法,对银胶菊化感作用研究,发现茎、叶、花水浸提液对黄瓜根长、芽长有抑制作用,抑制强度随处理浓度的增大而加强,在浓度为200 g/L时,叶、花水浸提液的根长抑制率和芽长抑制率均达到100。 3. In the experiment,Manihot esculenta Crantz was used as donor,the allelopathic effects of aqueous extracts of fresh leaf and withered leaf of cassava on the seed germination and seedling growth of six receptive plants,including Raphanus sativus L. )为受体,采用生测检验的方法,分别研究了木薯新鲜叶片和枯萎叶片的水浸提液对受体植物种子的萌发和幼苗生长的影响。更多例句>> 3) Water extraction 水浸提 1. Compared with the traditional water extraction method, microwave-assisted extraction have the advant. 采用微波辅助水浸提米糠多糖,分别考查液料比、pH值、微波功率、提取时间等因素对提取米糠多糖效果影响,并与热水直接浸提法进行比较。 2. The effect is compared with traditional water extraction. 以水为介质 ,对银杏叶进行超声处理 ,提取黄酮苷 ,其提取效果与常规水浸提法比较 ,结果表明 ,超声波提取效率大大提 3. Single factor tests and Response Surface Methodology (RSM) based on a three-level three-factor Box-Behnken design were applied to optimize the water extraction conditions of Tricholoma matsutake and Cordyceps Militaris co-cultivating mycelium polysaccharides. 在单因素实验的基础上,采用响应面分析法研究了提取温度和时间、不同水料比对松茸、蛹虫草混菌共酵菌丝体多糖提取率的影响,建立了具有良好预测性能的常规水浸提工艺条件的数学模型,通过响应面分析法确定了混菌共酵菌丝体多糖的最优提取工艺条件。更多例句>> 4) Water Bath Soaks Raises 水浴浸提 1. Determination of As and Hg in Soil by the Water Bath Soaks Raises-the Hydride Generalion-Atomic Fluoresccence Spectrmetry; 水浴浸提-氢化物发生-原子荧光光谱法检测土壤中痕量砷和汞 5) hot water extraction 热水浸提 1. The best technology by hot water extraction were that the water-material ratio was 2. 结果表明,乙醇浓度和提取温度是影响米糠水溶性多糖提取的主要因素,热水浸提的最佳工艺方案为水料比20∶1,提取温度110℃,提取时间4h,乙醇浓度95%,在此工艺条件下,米糠水溶性多糖的得率为0。 2. With corn embryo being coproduct in corn starch production as material, glutathione (GSH) was extracted through hot water extraction after supercritical CO2 fluid extraction and microwave treatment. 以淀粉加工副产物玉米胚为原料,经过超临界流体萃取脱脂及微波破壁处理后,采用热水浸提法提取谷胱甘肽,通过正交试验确定超临界流体萃取脱脂工艺条件为压力25MPa,萃取温度40℃,时间120min,CO2流量20L/h。 3. Polysaccharide was isolated from fresh Chaenomeles sinensis by hot water extraction technology. 以当年产新鲜光皮木瓜为原料,通过热水浸提法提取光皮木瓜多糖。更多例句>> 6) water extraction ratio 水浸提率 1. The effects of the ratio of water and the sample(A), extracting temperature(B), extracting time(C), and the sample particle size (D) on water-soluble active ingredients of Ampelopsis grossedentata were investigated with single factor and orthogonal experiments as a measure of total flavones and water extraction ratio. 以水溶性活性成分总黄酮和水浸提率作为衡量浸提效果的评价指标,分别采用单因素和正交实验L9(34)确定了茶水比、浸提温度、浸提时间和样叶粒度对显齿蛇葡萄总黄酮和水浸提率的影响,得出了影响的主次顺序为茶水比、浸提温度、样叶粒度和浸提时间。补充资料：碱浸-硫化沉淀法提铊碱浸-硫化沉淀法提铊 extraction of thallium by alkaline leach-sulfide precipitation 一压团、Na0H熔炼即得金属蛇。此法适于从高砷的含金属佗及硫化蛇的物料中提取佗，在硫化沉淀佗的单元过程中，既沉淀出铭，又同时除去砷，并能综合回收含佗物料中的锢、福及锌等，是从高砷含佗的铜福渣中回收蛇的一种较好方法。um by alkaline leaeh一sulfide preeiPi-tation)含蛇物料经过或化焙烧、碱浸出、硫化沉淀处理，进而生产金属枕的过程。含蛇物料有部分蛇以佗硫化物形态存在，需通过氧化焙烧使之转变为易挥发的T12O进入挥发烟尘中得以回收。利用T12O易溶于碱溶液的性质，用碱浸出含铭挥发物，使铭转入溶液。再用NaZS使溶液中的T120转变成T12S沉淀析出。进而从T12S沉淀物中制取金属佗。本法适用于处理含铭0.01%~。.26%的铅、锌、铜熔炼烟尘以及含铭2写~18%的铜福渣。这两种含蛇物料的主要杂质是铅、锌和硫等。前苏联用这种方法从含蛇炼铅烟尘或铜福渣中回收花，其工艺流程如图。中国也曾用这种方法回收铭，后段作业改为TI:S硫酸浸出，得T12SO;用Nso3萃取，其反萃液仍接前苏联工艺的氯化沉淀佗、硫酸转化、置换和碱熔获得纯度”.99%的金属蛇。含佗物料在773一923K温度下进行氧化焙烧，物料中佗便转变成T120挥发进入烟气，从烟气得含蛇。.4%一1%的挥发物。含T120挥发物用NaOH的混合溶液进行碱浸出，碱浸出温度控制在353~363K，终点pH控制在8~10。在此浸出条件下，T12O转变为T12eO3和TI(OH)进入碱浸出液: TI:O+NaZCO3+H:O—T12CO3+ ZNaOH T12O+HZO—ZTI(OH)获得含蛇0.6~0.659/L的碱浸出液。在保持碱浸出液温度不变条件下，加入物料重量5%的NaZS，此时碱浸出液中的T12CO:和Tl(OH)便生成T12S沉淀析出: T12CO3+NaZS—T12S十+NaZCO3 ZTI(OH)+NaZS—T12S令+ZNaOH约有90%的佗生成T12S沉淀析出。如T12S沉淀物含砷过高，则需多添加Na多，使砷以多硫化物形态转入溶液而除去: AsZS3+3NaZS一ZNa3AsS3此时可得含蛇约78%的沉淀物，残留砷降到0.1%一0.2%。T12S沉淀物用锌电解(见锌电解沉积)废液浸出2~3h，浸出液固比为20:1，浸出温度控制在363K，约有97%的蛇转入溶液。从处理氧化亚佗挥发物到转入锌电解废液的浸出液中的蛇回收率为75%一80%。含佗的浸出液用锌粉置换得海绵铭，海绵蛇经遗竺竺竺粤生盛望竺竺1 .1__ 宗…一矛广二杏，__}竺军巡竿份件计门坠…竺一沤知综合回收锢、锅卫属兰竺}t 中…一查处理甲放竺竿竺一当巡}l Tr~，eeL，}}里二奥竺竺色遭~浏卜分一习{ 碱浸一硫化沉能法提佗流程J lanJ旧一Iiuhua ehendianfa tita碱漫一硫化沉淀法提蛇(extraetion of thalli- 说明：补充资料仅用于学习参考，请勿用于其它任何用途。参考词条沸水提取法热水浸提法热水浸提物

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