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mud
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     Records on Paleoenvironment From Mud in the Inner Shelf of the East China Sea
     东海内陆架质沉积的古环境记录
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     PROBLEMS OF MUD SOLIDS INTRUSION INTO MINING PITS
     “溶洞”等固体物突入矿坑问题
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     Phase Composition of Red Mud Foam
     赤泡沫的物相组成
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     A Study of Well Collapse Caused by Water Sensitivity of Mud and Shale Faulted Depression
     辽河断陷页岩水敏性井塌问题研究
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     Mississippi Mud Island park,Memphis,USA
     孟菲斯市密西西比岛公园 美国
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  泥浆
     CALCULATION OF HYDRAULIC PARAMETERS AND MUD RHEOLOGIC PARAMETERS IN JET DRILLING
     喷射钻井水力参数与泥浆流变参数互相适应的优选方法
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     THEORETICAL ANALYSIS AND STRUCTURAL DESIGN IN VIBRATION CHARACTERISTICS ON MUD SCREEN-SHAKER
     泥浆振动筛振动特性的理论分析与结构设计
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     PREPARATION AND APPLICATION OF SALT AND HEAT RESISTANT DRILLING MUD THINNER 813
     813钻井泥浆稀释剂的研制与应用
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     Influence of pH on fhe Deep Well Mud Performance and Its Control
     pH值对深井泥浆性能的影响及其控制
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     Calculation and Practice of Gas Well Killing on the Mud Blowdown Condition
     泥浆喷空情况下的气井压井计算与实践
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  淤泥
     Influence of underwater casting on mud solidification
     现场水下浇筑对淤泥固化效果的影响
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     The inspection results after construction indicate that the diameter of pure sand-gravel column in mud and silt reaches 55 to 82 cm, the boring core sample strength of grouting column reaches 4.3 to 11.4 MPa at 28 days.
     检测结果表明,挤入淤泥和粉土中的纯砂砾柱平均直径达到55~82cm,28d龄期时水泥砂砾灌浆体取芯的抗压强度达到4.3~11.4MPa。
短句来源
     The inspection results indicated that the uniform diameter of pure sand-gravel columns in mud and silt reached 55~82 cm, and the boring core sample strength of grouting column reached 4.3~11.4 MPa at the age of 28 d.
     检测结果表明,挤入淤泥和粉土中的纯砂砾柱平均直径达到55~82cm,28d龄期时水泥砂砾灌浆体取芯的抗压强度达到4.3~11.4MPa。
短句来源
     Through laboratory tests on mudcake and soil between bored piles in mud,clay and silt in Hangzhou,the influence of mudcake on shaft friction and the difference between mudcake and soil between bored piles were studied.
     通过对杭州地区淤泥质土、粘土和砂质粉土地层中现场取样的桩侧泥皮土和桩间土的室内物理力学参数对比试验,研究了泥皮土和桩间土在物理力学性状上的差异,分析了泥皮土对钻孔灌注桩桩侧摩阻力的影响。
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     The Practice and Analysis of Plank Piles Structure Dock Construction on Mud Sediment in Open Sea
     在开敞海域、淤泥底质建造板桩结构码头的实践与分析
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  “mud”译为未确定词的双语例句
     Studies on the endocrine cells in the nervous system and the digestive system of the mud crab, Scylla serrata (Forskal)
     锯缘青蟹Scylla serrata (Forskal)神经系统和消化系统内分泌细胞的研究
短句来源
     Studies on the Structure and Function of Male and Female Reproductive System and Spermatophore Artifical Transfer of the Mud Crab Scylla Serrata (Forsk(?)l)
     锯缘青蟹Scylla serrata(Forsk(?)l)生殖系统结构与功能及精荚的人工移植研究
短句来源
     Foundational Studies on the Embryonic Development of the Mud Crab, Scylla Serrata(Forsk(?)l)
     锯缘青蟹Scylla serrata(Forsk(?)l)胚胎发育的基础研究
短句来源
     Behavioural Ecology Study on Megalopae and First Juvenile of Mud Crab, Scylla serrata (Forsk(?)l)
     锯缘青蟹Scylla serrata (Forsk(?)l)大眼幼体和第Ⅰ期仔蟹的行为生态研究
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     Preparation and Application of Epoxy-rubber Gumming Mud
     环氧-橡胶胶泥的制备和应用
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  mud
The mud diapirs found in the Baiyun sag indicate that there may be overpressure in the deep-water area.
      
947 billion tons of sediment have been deposited in the river coast to form the Changjiang subaqueous delta and the Zhejiang-Fujian along-shelf mud wedge.
      
The concept of additional mud cake formed by the effect of cushion at the bottom of borehole during pouring concrete is introduced to explain the mechanism of end effect on skin friction of the bored pile.
      
The solid particles of the mud are deposited on the borehole walls, forming a clay crust, and the liquid phase percolates into the permeable bed.
      
In this article we will consider percolation of the drilling mud through the crust.
      
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This paper deals with ecology and part of the Life history of the Chinese alligator. In making the investigation, the auther has paid visits to the Lower Yangtze basin and its adjacent territory during February-October in 1951, 1954, and 1956 in south Anhwei.The Chinese alligator inhabits the alluvial plain. During the growth and development of river, there are two seasonal periods in a year. The rainy season covering from April to October, and the dry season from October to March of the next year. During the...

This paper deals with ecology and part of the Life history of the Chinese alligator. In making the investigation, the auther has paid visits to the Lower Yangtze basin and its adjacent territory during February-October in 1951, 1954, and 1956 in south Anhwei.The Chinese alligator inhabits the alluvial plain. During the growth and development of river, there are two seasonal periods in a year. The rainy season covering from April to October, and the dry season from October to March of the next year. During the dry season, one side of a broad sand swamp is an artifial dam, while the opposite is the natural bank, which may be gradually destroyed by the current in the rainy season year after year.During the rainy season, the water level is higher which serve as a shelter to the hidden alligator.The Chinese alligator is not only found along the basin of the lower Yangtze River, but also in south Anhwei districts along Chin-I-Kiang and Cheun-Ho River system. The plain is always sunk down by the tide, its surface being usually covered by a harder mud. A lot of burrows are distributed here and there. Each burrow has seveal holes. It is seaier to find out such burrows in the fall and winter, because the reeds are then cropped.Investigations showed that there were two types of burrows with respect to the sex of the alligator found inside. The male burrow is a simple tunnel with two openings, while the female's is more complicated.A longitudinal section of the female's burrow shows that the burrow is somewhat like a three-storied building. The differences in the level of diggings are considered as adaptations to different water levels.The following table presents burrow types in sexual diamorphism.The changes of water levels of the alluvial plain of definite regional river system may be related, according to our field examination, to the period of the animal's hibernation. The burrowed creature is coiled underground in 2m. deep during the winter season. The types of the burrows may be shown in the following table:In the wet season, the water level is about 8m. deep, just reaching.the surface of plain. This fact indicates that water is essential to the animal in the regulation of its physiological processes.The alligator mates in May and June, nesting at the end of June, laying The words "Doors'' and "Windows" adopted here are taken to indicate the various openings of the nests of the alligators.eggs in the July and August. The eggs measure 59 mm. in diameter. The shell is very hard, being ashy white in colour.The head and body length of the breeding adults as well as the number of eggs found in females may be given in following table:Other observations on the night movement during the breeding period may be shown as follows:

1.我国古代早在商周时期,即对此项动物加以记载,下至晋唐,都曾有记述,包括分布、形态和生态诸方面。综合辨考前人记载鼍及其近种的分布,是在今日的湖北、山西、广西、广东、安徽、福建、江苏、江西和当时邻国柬埔寨等地。 2.动物的栖息地为河流、湖泊、丘陵山涧的河漫滩的芦苇及竹林丛中。调查地包括了安徽省、江西省沿江的河漫滩及属於黄山天目山的青弋江、渲河、青山河的下游和芜湖、南陵、宣城、泾县、当涂、高淳、宁国、郎溪诸县。时间是1951年,1954年,1956年2—10月间。 3.据据39尾鼍的标本测定,其雌雄的外形性徵差异不显著,但其所营穴窟却有显著的两性相异形式。二者均包括有洞身和各种不同的洞口,适於进出、呼吸等用。 4.雌性个体异穴分居。 5.动物每年4月初开始出洞活动,6月间配偶,7月初至8月中旬筑巢产卵,在在6—8月间最为活动,10月下旬开始入蛰休眠。 6.动物在竹林芦苇田中筑巢,取材枯叶、杂草、乾枯稻草和菱白叶。体长92.1厘米者,巢中的卵数20。卵长59毫米,径34毫米,围110毫米,卵重43克,壳重3.75克。 7.动物昼伏夜出,风雨之夜概不出洞。最热季节,日中当大气气温31—35℃、湿度40—48°时,曝...

1.我国古代早在商周时期,即对此项动物加以记载,下至晋唐,都曾有记述,包括分布、形态和生态诸方面。综合辨考前人记载鼍及其近种的分布,是在今日的湖北、山西、广西、广东、安徽、福建、江苏、江西和当时邻国柬埔寨等地。 2.动物的栖息地为河流、湖泊、丘陵山涧的河漫滩的芦苇及竹林丛中。调查地包括了安徽省、江西省沿江的河漫滩及属於黄山天目山的青弋江、渲河、青山河的下游和芜湖、南陵、宣城、泾县、当涂、高淳、宁国、郎溪诸县。时间是1951年,1954年,1956年2—10月间。 3.据据39尾鼍的标本测定,其雌雄的外形性徵差异不显著,但其所营穴窟却有显著的两性相异形式。二者均包括有洞身和各种不同的洞口,适於进出、呼吸等用。 4.雌性个体异穴分居。 5.动物每年4月初开始出洞活动,6月间配偶,7月初至8月中旬筑巢产卵,在在6—8月间最为活动,10月下旬开始入蛰休眠。 6.动物在竹林芦苇田中筑巢,取材枯叶、杂草、乾枯稻草和菱白叶。体长92.1厘米者,巢中的卵数20。卵长59毫米,径34毫米,围110毫米,卵重43克,壳重3.75克。 7.动物昼伏夜出,风雨之夜概不出洞。最热季节,日中当大气气温31—35℃、湿度40—48°时,曝晒於水面。

For the purpose of comparing the relative effect of various farm manures,field experimentswere carried out for four years at Nanking on a paddy soil;containing organic matter 1.5%,deri-ved from yellowish brown earth.The adsorption of nitrogen by one harvest of rice plant of the medium ripening variety was22—27% for rape-seed cake,17% for green manure,15% for water-logged compost,13% forstable manure,and 4.6—6% for pond mud.For rice of the early ripening variety,the percentageadsorption of nitrogen was...

For the purpose of comparing the relative effect of various farm manures,field experimentswere carried out for four years at Nanking on a paddy soil;containing organic matter 1.5%,deri-ved from yellowish brown earth.The adsorption of nitrogen by one harvest of rice plant of the medium ripening variety was22—27% for rape-seed cake,17% for green manure,15% for water-logged compost,13% forstable manure,and 4.6—6% for pond mud.For rice of the early ripening variety,the percentageadsorption of nitrogen was 30%,20%,7.3% and 5.7% for the green manure,water-loggedcompost,mixed stable manure of cattle and swine,and grass compost respectively.On the basis of relative effect of various manures on the yield of rice,it was calculated that1 kg N of stable manure was equivalent to 0.45 kg N of rape-seed cake,0.55 kg N of greenmanure,0.7 kg N of water-logged compost,and 2.1—2.5 kg N of pond mud.For rice of theearly ripening variety,1 kg N of stable manure was equivalent to 0.38 kg N of gree manure,0.49 kg N of water-logged compost,and 1.19 kg N of grass compost.The liberation of nitrogen from manures proceeded most rapidly for the green manure,rape-seed cake entering the second and then water-logged compost.The liberation of nitrogen fromthe pond mud was so slow that it could hardly be distinguished from the controll treatment.Attention must pay to use nitrogen fertilizers as top-dressing when large amount of green manurehad be applied in order to prevent the lodging of rice plant,and on the contrary the applicationof top-dressing was essential when pond mud was used as the basic dressings.

本试验(自1956—1959年)在南京黄褐色母质发育的水稻土(有机质1.5%,全N0.086%,速效P_2O_5 0.008%,速效K_2O 0.0178%)上进行。1.各农肥的肥效如下:(1)氮素肥效折合率约为:中稻:堆(?)肥1斤N(?)菜饼0.45斤N(?)绿肥0.55斤N(?)草塘泥0.7斤N(?)塘泥2.1—2.5斤N。早稻:猪牛(?)肥1斤N(?)绿肥0.38斤N(?)草塘泥0.49斤N(?)青草堆肥1.15斤N。(2)对水稻的氮素吸收利用率约为:中稻:菜饼22—27%,草塘泥15%,绿肥17%,堆(?)肥13%,塘泥4.6—6%。早稻:绿肥30%,草塘泥20%,猪牛(?)肥7.25%,青草堆肥5.7%。2.各农肥在水田中自6月中旬至9月上旬,NH_4-N 的释放量以绿肥最快最大,菜饼的分解速率仅次于绿肥,但在施肥一个半月后释放量达到最高峯。草塘泥兼有迟速效特性,释放速率及释放量都比较平稳,不象绿肥那样猛发,又比堆(?)肥速效成份高,比河泥养分释放快。堆(?)肥释放情况介于草塘泥与河泥之间,后期分解量较高。河泥释放量最差,有时几和对照相近。此外,土壤分析结果指出:在种中熟籼稻的土壤中NH_4-N ...

本试验(自1956—1959年)在南京黄褐色母质发育的水稻土(有机质1.5%,全N0.086%,速效P_2O_5 0.008%,速效K_2O 0.0178%)上进行。1.各农肥的肥效如下:(1)氮素肥效折合率约为:中稻:堆(?)肥1斤N(?)菜饼0.45斤N(?)绿肥0.55斤N(?)草塘泥0.7斤N(?)塘泥2.1—2.5斤N。早稻:猪牛(?)肥1斤N(?)绿肥0.38斤N(?)草塘泥0.49斤N(?)青草堆肥1.15斤N。(2)对水稻的氮素吸收利用率约为:中稻:菜饼22—27%,草塘泥15%,绿肥17%,堆(?)肥13%,塘泥4.6—6%。早稻:绿肥30%,草塘泥20%,猪牛(?)肥7.25%,青草堆肥5.7%。2.各农肥在水田中自6月中旬至9月上旬,NH_4-N 的释放量以绿肥最快最大,菜饼的分解速率仅次于绿肥,但在施肥一个半月后释放量达到最高峯。草塘泥兼有迟速效特性,释放速率及释放量都比较平稳,不象绿肥那样猛发,又比堆(?)肥速效成份高,比河泥养分释放快。堆(?)肥释放情况介于草塘泥与河泥之间,后期分解量较高。河泥释放量最差,有时几和对照相近。此外,土壤分析结果指出:在种中熟籼稻的土壤中NH_4-N 在10微克/克土(ppm)以下似难被利用(图1)。3.就植株氮素吸收利用及生长情况可看出:施用绿肥对中稻的营养生长有特别促进作用。如施用量稍多,就会引起先期猛发,徒长茎叶,增加草谷比例,产量并不能提高,因此施绿肥时,配合速效氮肥做面肥或施追肥时应特别注意,在绿肥用量较高时,再用速效氮肥往往有害无益。如直接施用绿肥,则施用量不宜过多,耕翻时也要适当提早,速效肥要看苗施用。草塘泥性平稳,用做基肥时,配合少量化学氮肥做面肥及穗肥均可进一步提高产量。堆(?)肥与河泥性质慢,不论施用于中稻或早稻,均必须增施速效肥料,不然肥效很低。早稻生长初期气温低,农肥养分释放慢,同时早稻生长期短,插秧后20天即进入幼穗分化期,因此分解较快的绿肥,及含速效氮较多的草塘泥用做早稻基肥,效果更为显著。所有农肥增施了速效氮肥做面肥及追肥都有良好增产效果,其中分解愈慢的农肥效果愈大。例如绿肥及草塘泥增施速效氮肥后产量增加48.3%及43.2%,N 素吸收利用率增加1倍及8成,而青草堆肥配合速效氮肥时,产量增加85%,N 素吸收利用率提高近四倍(表13)。4.各农肥单独施用做早稻基肥时,植株每日氮素吸收量皆以抽穗期为最多,若增施速效N 肥后,则每日氮素吸收量最多时期均由抽穗期提前至幼穗分化期,同时产量也显著提高(表5)。

The“dead-stop end-point”method of Foulk and Bawden has been found very convenient for the simultaneous determination of antimony and arsenic without previous separation.Cerie sulfate solution is used as titratant.Antimony is deter-mined first in 6 M HCl solution at 0~C.At this temperature the Sb(Ⅲ)-Sb(V)system is reversible while As(Ⅲ)-As(V)not.Then the solution is adjusted to 4 M HC1 and warmed to room temperature with the addition of IC1 as catalyst to render the As(Ⅲ)-As(Ⅴ)system reversible and the titration...

The“dead-stop end-point”method of Foulk and Bawden has been found very convenient for the simultaneous determination of antimony and arsenic without previous separation.Cerie sulfate solution is used as titratant.Antimony is deter-mined first in 6 M HCl solution at 0~C.At this temperature the Sb(Ⅲ)-Sb(V)system is reversible while As(Ⅲ)-As(V)not.Then the solution is adjusted to 4 M HC1 and warmed to room temperature with the addition of IC1 as catalyst to render the As(Ⅲ)-As(Ⅴ)system reversible and the titration goes on until all arsenic present is oxidized.This procedure can be applied to the determination of antimony and arsenicin anode mud,and may be accomplished in three hours.

兹将用硫酸铈分别滴定锑、砷的终点改用双铂极指示。在6M(?)酸和0°下滴定锑,在室温,4M盐酸和氯化碘(催化剂)存在下滴定砷。并拟出阳极泥分析方法。分析结果与锑、砷分离后个别滴定所得数据相符合,而时间只需三小时。

 
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