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  juice
     Study on Mechanism and Controlling Technology of Formation of the Second Haze in Apple Juice Concentrate
     苹果浓缩二次混浊形成机理及控制技术研究
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     RESEARCH of PROTECTING COLOUR and PROCESSING TECHNOLOGY in PLUP PEAR JUICE (Ⅱ)——Influence of SO_2 and other inhibitors on the maintance of natural color of plup pear juice in processing
     带肉梨护色及加工工艺的研究(Ⅱ)——SO_2及其它抑制剂对加工梨色泽的影响
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     MALIGNANT TUMOURS OF TISSUES AND ORGANS IN RATS INDUCED BY AMINOPY RINGSODIUM NITRITE AND PROTECTION OF CILI JUICE AGAINST THE TUMORS
     氨基比林—亚硝酸钠诱发大鼠多组织多器官的恶性肿瘤和刺梨的防护作用
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     BLOCKING EFFECT OF SEA BUCKTHORN JUICE ON THE FORMATION OF N-NITROSODIMETHYLANIINE (NDMA) IN VIVO IN RAT
     沙棘对致癌物N-二甲基亚硝胺(NDMA)在大鼠体内合成及诱癌的阻断与防护作用
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     Variation in Quality of Asparagus Juice during Processing and Storage
     芦笋加工和贮藏过程中质量变化的研究
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  “汁”译为未确定词的双语例句
     The DETERMINATION of BEAR ORIGINAL WORT CONCENTRATION USING DIPPING REFRACTOMETER
     浸入式折光计测定啤酒原麦浓度
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     Biogas Prcduction from the Wastewater of Sisal Fibre Processing
     利用剑麻废水(叶)制取沼气生产性扩大试验报告
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     Investigation of the Volati(?)e Constituents of Grape Must and Grape Wine by GC/MS/ComPuter
     气相色谱/质谱/计算机法研究葡萄和葡萄酒中的挥发性组分
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     OPTIMIZATION OF HPLC ANALYSIS OF CAFFEINE IN WEILIN BUZHI BY SIMPLIEX METHOD
     维磷补中咖啡因的HPLC分析条件的单纯形法优化
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     A Study on the Formal Structure and Characteristics of the Secretory Canals in Lacquertree.
     漆树漆道形态结构和特征研究(初报)
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  相似匹配句对
     Study on the Preparation Of the Juice Of Carrots
     胡萝卜的研制
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     The Studies on the Watermelon Juice
     西瓜的研制
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  juice
This effect of oxytocin may be mediated through the vagus and sympathetic nerve, and then lead to the reduction of gastric juice output and the depression of gastric acidity.
      
A minimal content of ascorbic acid was found in fruits of Gaivard cultivar: in juice - 5.44, skin - 1.14, and pulp - 4.20 mg/g.
      
It was demonstrated that browning of apple juice during pasteurization and beer turbidity during storage could be efficiently prevented using the natural inhibitor of these enzymes.
      
plantarum BS 933 were the most efficient for red clover juice.
      
Correction of alfalfa juice fermentation using the tested lactic acid bacterial strains appeared inefficient, which is explainable by its increased protein content and a low level of acids produced during fermentation.
      
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  succus
Alkaline phosphatase (AKP), from the succus entericus of silkworm, was purified using 10%-50% ammonium sulfate fractions, ion exchange chromatography of DEAE-Sepharose, and size exclusion chromatography of Sephacryl S-200.
      
Zur spasmolytischen Wirkung von Succus Liquiritiae
      
über die Untersuchung und Wertbestimmung von Succus Liquiritiae
      
über die Zusammensetzung der nichtdialysierbaren Komponenten von ?Succus Liquiritiae"
      
L?sliche Kohlenhydrate in Rohlakritzen(Succus Liquiritiae)
      
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  broo
Soilaluminum, Iron, and Phosphorus Dynamics in Response to Long-Term Experimental Nitrogen and Sulfur Additions at the Bear Broo
      


The present paper reports on two lamellicorn beetles: Adoretus tennuimacu-latus Waterh. and Liocola brevitarsis Lew. The former belongs to the subfamilyRutelinae and the later Cetoniinae. Adoretus tennuimaculatus has two generations per year at Lientang. Thefirst active period of adults mostly occured in June and the second period inAugust. After 7: 30 at night, the adults went out and stayed on various hostplant leaves feeding or copulating and then back into earth at dawn. Larvaewere not strict in selecting...

The present paper reports on two lamellicorn beetles: Adoretus tennuimacu-latus Waterh. and Liocola brevitarsis Lew. The former belongs to the subfamilyRutelinae and the later Cetoniinae. Adoretus tennuimaculatus has two generations per year at Lientang. Thefirst active period of adults mostly occured in June and the second period inAugust. After 7: 30 at night, the adults went out and stayed on various hostplant leaves feeding or copulating and then back into earth at dawn. Larvaewere not strict in selecting the soil but most of them lived in the garden soil,mound soil and. clay landside. Liocola brevitarsis has only one generation per year at Lientang. The adultperiod was from June to September and some of them lengthened out mid-Octo-ber. Adults flied out at day time and sucked the different part of hosts: as theflesh of fruit, the juice of tree and the corn ear, once in a few days. Larvaeselected the soils more strictly. They concentrated in compost and rich humussoil. Controlling methods: (1) To spray 0.5%γ666 or 25% DDT emulsion (250water:1 emulsion) once to the host leaves was effective in protecting against theadults of Adoretus till its last period of activity. (2) To shake the tree to makethe adults of Adoretus fall down and then unroll a piece of white cloth underthe tree to gather the adults. (3) To make a bamboo cylinder, 12-16 in. long,which was filled with rotten fruits and nectar, and trap all the adults of Liocolain this cylinder. (4) To clean out the compost before June in order to kill mostof the larvae and pupae of Liocola.

1.本文所述的两种金龟子,其一为茶色金龟子,属鞘翅目,金龟子科中的Rutelinae亚科,其二为铜色白纹金龟子,属Cetoniinae亚科。 2.茶色金龟子在莲塘一年发生二代。其第1次成虫盛期多在6月。第2次则在8月;铜色白纹金龟子,一年仅发生一代,其成虫出现期为6至9月,少数可延长到10月中旬。 3.茶色金龟子的成虫,为夜出性,傍晚7时半后,即开始出土,停息在多种寄主植物的叶片上,取食或交配,拂晓时飞返土中。铜色白纹金龟子的成虫,为日出性,取食成熟果子,玉米苞穗及多种树木的浆,亦喜取食。既钻入后,可连续数日不出。 4.两种金龟子的幼虫,都栖息在土中。茶色金龟子幼虫以在菜园土中、丘陵黄土地及属于粘壤性质的田塍内为多,对于土壤性质选择,较不严格。铜色白纹金龟子幼虫则多集中在腐熟的堆肥及腐殖质极丰富的土中,对于土壤,有比较严格的选择性。 5.关于防治方法:茶色金龟子在成虫期曾试用了0.5%γ体666粉及25%DDT乳剂(1份加水250份〕喷撒,第1种药适用于叶面较粗糙的植物,第2种则可用于叶面较光滑的植物,只要喷撒1次,便能在整个成虫发生期中,避免其飞来取食。铜色白纹金龟子的成虫,则可采用竹筒诱杀,...

1.本文所述的两种金龟子,其一为茶色金龟子,属鞘翅目,金龟子科中的Rutelinae亚科,其二为铜色白纹金龟子,属Cetoniinae亚科。 2.茶色金龟子在莲塘一年发生二代。其第1次成虫盛期多在6月。第2次则在8月;铜色白纹金龟子,一年仅发生一代,其成虫出现期为6至9月,少数可延长到10月中旬。 3.茶色金龟子的成虫,为夜出性,傍晚7时半后,即开始出土,停息在多种寄主植物的叶片上,取食或交配,拂晓时飞返土中。铜色白纹金龟子的成虫,为日出性,取食成熟果子,玉米苞穗及多种树木的浆,亦喜取食。既钻入后,可连续数日不出。 4.两种金龟子的幼虫,都栖息在土中。茶色金龟子幼虫以在菜园土中、丘陵黄土地及属于粘壤性质的田塍内为多,对于土壤性质选择,较不严格。铜色白纹金龟子幼虫则多集中在腐熟的堆肥及腐殖质极丰富的土中,对于土壤,有比较严格的选择性。 5.关于防治方法:茶色金龟子在成虫期曾试用了0.5%γ体666粉及25%DDT乳剂(1份加水250份〕喷撒,第1种药适用于叶面较粗糙的植物,第2种则可用于叶面较光滑的植物,只要喷撒1次,便能在整个成虫发生期中,避免其飞来取食。铜色白纹金龟子的成虫,则可采用竹筒诱杀,筒高12—16寸,筒内盛腐熟果子及蜜,贴靠枝杆悬挂,能将圆内所有成虫,全部诱入筒中。此外,前一种成虫,并可利用外出?

The apple mosaic occurred sporadically in the northen China. During the past several years, this disease has found to be increasingly important in Shensi province.

1.苹果花叶病是一个世界性病害。在我国许多苹果产区都有分布,如辽宁、山东、河北、山西、陕西及甘肃等省,其中陕西省的关中、陕北及陕南均有病害发生,尤以关中发病普遍而严重。2.花叶病的症状具有以下六种类型:(1)斑驳型;(2)花叶型;(3)网斑型(其中又分为条斑亚型和网纹亚型);(4)云斑型;(5)环斑型;(6)镶边型。其中花叶型与镶边型过去未见报导。每种类型都有其独特的症状,在自然条件下所有这些类型(镶边型除外)均可发生在同一植株,同一株条,甚至同一叶片上混杂出现。此外,在各类型之间还具有不少中间类型或变型。所有这些情况构成了病害症状的复杂变化。3.病害的盛发期是与植株新梢生长期相吻合的。此外较凉爽的气温(10—20℃),较强烈的光线,较干旱的条件以及树势衰弱均有利于病害的发生。4.通过嫁接按种试验证明苹果花叶病是由于Pyrus Virus 2号病毒寄生所引起的侵染性病害。病毒不能借液及种子进行传播;蚜虫及浮尘子的初步接种试验,未能获得肯定的结论。5.病毒的寄主范围根据调查与嫁接试验的初步结果,包括苹果、冬红果、绵苹果、沙果、林檎、秋子、中花、密果、白果、萘子、山定子、隴东海棠以及花海棠等多种植物...

1.苹果花叶病是一个世界性病害。在我国许多苹果产区都有分布,如辽宁、山东、河北、山西、陕西及甘肃等省,其中陕西省的关中、陕北及陕南均有病害发生,尤以关中发病普遍而严重。2.花叶病的症状具有以下六种类型:(1)斑驳型;(2)花叶型;(3)网斑型(其中又分为条斑亚型和网纹亚型);(4)云斑型;(5)环斑型;(6)镶边型。其中花叶型与镶边型过去未见报导。每种类型都有其独特的症状,在自然条件下所有这些类型(镶边型除外)均可发生在同一植株,同一株条,甚至同一叶片上混杂出现。此外,在各类型之间还具有不少中间类型或变型。所有这些情况构成了病害症状的复杂变化。3.病害的盛发期是与植株新梢生长期相吻合的。此外较凉爽的气温(10—20℃),较强烈的光线,较干旱的条件以及树势衰弱均有利于病害的发生。4.通过嫁接按种试验证明苹果花叶病是由于Pyrus Virus 2号病毒寄生所引起的侵染性病害。病毒不能借液及种子进行传播;蚜虫及浮尘子的初步接种试验,未能获得肯定的结论。5.病毒的寄主范围根据调查与嫁接试验的初步结果,包括苹果、冬红果、绵苹果、沙果、林檎、秋子、中花、密果、白果、萘子、山定子、隴东海棠以及花海棠等多种植物。不同苹果品种对于病害的感染性具有显著差异,其中以“白龙”、“甘露”、“华锦”及“金冠”等最为感病,其次为“黄魁”、“红姣”、“红玉”、“国光”及“元帅”等;而“英金”、“大珊瑚”及“印度”则高度抗病。6.重病株的新梢长度较健株平均减少27%。采自病株的果实其可溶性物质的含量较健株者略高,同时不耐貯藏,特别容易遭受炭疽病的侵害;经过4个月的貯藏试验,其损失率较健株高出9.6—35.2%。但是在三年的产量比较中没有获得预期结果。7.建议病害防治应从(1)苗木、接穗严格执行检疫;(2)加强栽培管理,增强树势;(3)在严重发病地区避免大量种植高度感病品种;(4)防治可能传播病毒的昆虫,如蚜虫等;(5)用热处理消毒有病苗木及嫁接材料。

An isolate of MMV from Cucurbita moschata,infecting watermelon,became non-infectiousto Cucurbita maxima after passage through Luffa cylindrica.CMV is pretty common on various cultivated and wild plants in the vicinity of Peking.Eight strains are differentiated from the reactions on Benincasa hispida,Cucurbita moschata,Cucurbita maxima,Datura stramonium,Nicotiana glutinosa,and N.tabacum.

北京郊区南瓜、西葫芦花叶病是由甜瓜花叶病毒类型所致。黄瓜、参瓜、丝瓜的花叶病都是由黄瓜花叶病毒类型所引起;黄瓜花叶病毒除为害瓜类作物外,还广泛分布在郊区其他栽培作物和野生植物上。根据 CMV 各分离物在冬瓜、南瓜、蔓陀罗,心叶菸,菸上的病状反应,建议将 CMV 分离物区分为八个毒株。来自南瓜并侵染西瓜的一个甜瓜花叶病毒分离物在侵染丝瓜后不能用接侵染荀瓜。

 
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