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水渠的英文,英語,penstock是什么意思,penstock中文翻譯,penstock怎么讀、發(fā)音、用法及例句

10-01 投稿

?penstock

penstock 發(fā)音

英:[?pen?stɑ?k]  美:[?penst?k]

英:  美:

penstock 中文意思翻譯

常見釋義:水渠

n.水渠;壓力水管;水門;消防栓

penstock 短語詞組

1、penstock pipe ─── 壓力管道

2、penstock gate ─── 彭斯托克門

3、penstock valve ─── 壓力管道閥門

4、penstock area ─── 壓力管道區(qū)域

5、penstock pier ─── 彭斯托克碼頭

penstock 詞性/詞形變化,penstock變形

名詞復(fù)數(shù)形式:penstocks

penstock 相似詞語短語

1、destock ─── vt.縮減儲(chǔ)量;從…轉(zhuǎn)移牲畜

2、alpenstock ─── n.鐵頭登山杖

3、linstock ─── n.(舊時(shí)放炮用的)火繩桿

4、restock ─── v.補(bǔ)充貨源,補(bǔ)足,重新進(jìn)貨;再儲(chǔ)存,備辦新貨

5、alpenstocks ─── n.鐵頭登山杖

6、open stock ─── 非成套的零售商品

7、gunstock ─── n.[軍]槍托

8、penstocks ─── n.水渠;壓力水管;水門;消防栓

9、unstock ─── 解除鎖定

penstock 常見例句(雙語使用場(chǎng)景)

1、Improved Method of Strength Analysis for Embedded Steel Penstock ─── 地下埋藏式壓力鋼管強(qiáng)度分析的改進(jìn)方法

2、Steel lined reinforced concrete penstock built on the downstreamsurface of dam is used in TGPs power station.This kind of penstock is of a novel style. ─── 三峽電站等工程采用下游壩面鋼襯鋼筋混凝土管道,這種管道型式新穎,無規(guī)范可依。

3、When consumer chooses manual and electric, electric penstock, our company can serve some kinds of electric headstock according to your requirement. ─── 當(dāng)用戶選用手電動(dòng)式或電動(dòng)式閘門時(shí),本公司可根據(jù)用戶的需要提供多種電動(dòng)起閉機(jī)。

4、penstock downstream of dam ─── 壩后背管

5、The corrosion resistant plate penstock is in the frame of obvious-stem, which mainly consists of lifting device, frame, gate plate, seal, wedge block compressing set, rod and rod joint, rod guide tube, install accessory and etc. ─── 不銹鋼閘門為明桿式結(jié)構(gòu),主要由啟閉裝置、閘框、閘板、密封件、楔塊壓緊裝置、門桿和桿接頭、桿導(dǎo)架、安裝附件等組成。

6、Forecast and Prediction of Spontaneous Combustion by Buried Penstock Sampling Temperature Measurement Methods ─── 埋管取樣測(cè)溫法預(yù)測(cè)預(yù)報(bào)自然發(fā)火

7、Keywords water diversion system;penstock;residual stress;stress removal heat treatment;stress testing;Lianhua Hydropower Station; ─── 引水系統(tǒng);壓力鋼管;殘余應(yīng)力;消應(yīng)熱處理;應(yīng)力測(cè)試;蓮花水電站;

8、Keywords penstock;crater defect;finite element analysis;stress concentration; ─── 引水壓力鋼管;弧坑缺陷;有限元分析;應(yīng)力集中;

9、penstock with cushion layer ─── 墊層鋼管

10、banded penstock ─── 加箍壓力水管

11、The experimental results show that steel fiber reinforced self-stressing concrete can significantly increase the cracking load of penstock. ─── 試驗(yàn)結(jié)果表明,鋼纖維自應(yīng)力混凝土能夠明顯地提高壓力管道的抗裂承載力。

12、Study of Relationship between Static Hydraulic Pressure and Water Hammer Pressure in Penstock Load ─── 壓力鋼管荷載中靜水壓力與水擊壓力的相關(guān)性研究

13、New measures for mapping of ground longitudinal profile of penstock in SHP station ─── 小水電站壓力管道地面縱斷面測(cè)繪的新方法

14、Optimization design for embedded stiffened penstock of hydropower station base on experimental genetic algorithm ─── 基于試驗(yàn)遺傳算法的水電站加勁壓力埋管優(yōu)化設(shè)計(jì)

15、Experimental study of plane structure model strength of penstock in Sanxia water power station ─── 三峽壓力管道平面結(jié)構(gòu)模型強(qiáng)度試驗(yàn)研究

16、diversion penstock ─── 引水壓力管道

17、T his paper analysis and discuss the cause of crack, and put forward the way of tr eatment which could be a reference for the design and constr uction on anchorage block of penstock. ─── 從多方面分析、述裂縫產(chǎn)生的原因,詳細(xì)闡述處理措施,對(duì)進(jìn)一步完善壓力鋼管鎮(zhèn)墩的設(shè)計(jì)以及制定其施工方案提供參考。

18、The methods are suggested to determine the tensile steps and the tensile forces of prestressed strands for decreasing the secondary bending moment along the axial of the penstock. ─── 提出了預(yù)應(yīng)力筋束分步張拉施工與荷載控制方法,以減小管壁混凝土的軸向次彎矩。

19、It is difficult to analyze combined work of underground penstock due to the gap among steel lining, concrete lining and rock. ─── 摘要埋藏式壓力鋼管設(shè)計(jì)中,鋼襯、混凝土襯圈和圍巖之間普遍存在著不連續(xù)的縫隙,致使設(shè)計(jì)計(jì)算時(shí)難以進(jìn)行聯(lián)合受力分析。

20、Therefore, Li Jianying gave up 53 parachuting opportunities to force the landing of fighter.The fighter touched land successfully but crashed on a 3.5m high penstock barrier.The forced landing failed. ─── 于是,李劍英放棄了53次的跳傘機(jī)會(huì),駕機(jī)迫降,飛機(jī)成功按地但卻撞在了3.5米的水渠護(hù)坡上,迫降失敗。

21、unit penstock ─── 壓力支管

22、There are always lots of scattered stations needed to be measurement during the process of penstock level measurement. ─── 水渠水位測(cè)量具有測(cè)點(diǎn)多而分散的特點(diǎn);

23、Keywords penstock;pressure pulsation;resonance;partial differential equations;linearized solution; ─── 壓力鋼管;壓力脈動(dòng);共振;偏微分方程;線性化求解;

24、The Exploration on Measures of Concrete Crack Resistance for Dam Back Penstock ─── 壩后背管混凝土的抗裂措施

25、The choice of time to weld for abrogating telescopic joints of penstock on Wanjiazhai waterpower station ─── 萬家寨水電站取消發(fā)電引水管道伸縮節(jié)的焊接時(shí)機(jī)選擇

26、A Solution for Stress Problem of Penstock in Dam with Soft Cushion and Internal Water Pressure ─── 在內(nèi)水壓力作用下設(shè)軟墊層的壩內(nèi)鋼管應(yīng)力問題的一種解法

27、Gongboxia Hydropower Station layout and structural design for penstock of power system ─── 公伯峽水電站發(fā)電引水壓力管道設(shè)計(jì)

28、manifold penstock ─── 多叉壓力水管

29、In the traditional penstock level measurement and transmission system, data of water level is measured by hand. ─── 傳統(tǒng)的水渠水位測(cè)報(bào)系統(tǒng)采用人工檢測(cè)的方法獲取水位數(shù)據(jù),整個(gè)測(cè)量過程繁瑣、費(fèi)時(shí),而且易受人為因素影響;

30、Finite cylinder shell element method for analysis of local stability of stiffener penstock ─── 加勁環(huán)式壓力鋼管局部穩(wěn)定性分析的有限柱殼單元法

31、System Approach for the Design of Air Admission and Exhaust in Water Transmission Penstock ─── 壓力管道輸水進(jìn)、排氣系統(tǒng)的設(shè)計(jì)方法

32、This paper provides an efficient method for calculating underground stiffened penstock stability under external pressure. ─── 從而為埋藏式加勁壓力鋼管的外壓穩(wěn)定性計(jì)算提出了一種更加行之有效的方法。

33、Parameters of contact layer are determined when deformation of contact layer is equal to initial gap which is proposed in the criterion of penstock. ─── 另外,接觸層參數(shù)可通過其變形與規(guī)范建議的初始縫隙相匹配的原則加以確定。

34、Study of Control Conditions of Maximum Pressure Calculation for a Penstock ─── 壓力管道最大壓力計(jì)算控制條件的探討

35、This technique is particularly effective where a riffle drops into a pool or at the dis-charge of a spillway or penstock. ─── 當(dāng)淺灘掉進(jìn)水中深穴或在溢洪道和閘門之出水口,這種技巧特別有效。

36、Comparison Analysis of Elasticity Center Method and Finite Element Method for Penstock Laid on Downstream Surface of Dam ─── 壩后背管彈性中心法與有限元方法對(duì)比分析

37、Practice and Discuss on the High-head Penstock Design Adopting the Backfilling Type ─── 回填式高水頭壓力鋼管設(shè)計(jì)實(shí)踐與研究

38、semi-fixed penstock ─── 半固定式壓力水管

39、embedded stiffened penstock ─── 加勁壓力埋管

40、Influence of dam displacement and internal water pressure on the structural stresses of penstock laid on downstream face of dam ─── 壩體變位和內(nèi)水壓力對(duì)壩后背管結(jié)構(gòu)應(yīng)力的影響

41、rigid penstock ─── 剛性壓力水管

42、Downstream Dam Surface Steel Lined Reinforced Concrete Penstock Loading Conditions Study ─── 下游壩面式鋼襯鋼筋混凝土壓力管道的受力性態(tài)研究

43、hooped penstock ─── 加箍式壓力水管

44、The technique of single face welding with double face forming of penstock ─── 壓力管道單面焊雙面成形技術(shù)

45、underground penstock ─── 地下埋管

46、Surface of building and undergroud water-poof construction Bridge, road, tunnel, natatorium, reservoir, penstock etc constuction Applincation to water-proof construction at high temperature and wet environments. ─── 工業(yè)與民用建筑物的屋面及地下防水工程。橋梁、道路、隧道、游泳池、水庫、水渠等防水工程。適應(yīng)用高溫高濕環(huán)境的建筑防水。

47、penstock pier ─── 壓力管道支墩(座)

48、Replacement of penstock in hydropower station by pipe-casing method ─── 套入式更換水電站壓力管道施工

49、The semi-analytical finite element method of buckling analysis for penstock under external pressure ─── 埋藏式壓力鋼管受外壓失穩(wěn)屈曲分析的半解析有限元法

50、design of penstock ─── 壓力管道設(shè)計(jì)

51、Automatic Welding System for Circumferential Weld of Large Diameter Penstock ─── 大直徑鋼管環(huán)焊縫自動(dòng)組裝焊接系統(tǒng)

52、Application of GBF high - strength and thin - wall penstock in cast - in - situ concrete hollow flood slab ─── GBF高強(qiáng)薄壁管在現(xiàn)澆砼空心無梁樓蓋中的應(yīng)用

53、Welding and Monitoring for Penstock Compensation Joint welding seam in Sanxia Power Station ─── 三峽電站壓力鋼管湊合節(jié)合攏焊縫的焊接及監(jiān)測(cè)

54、And suggested the new strategies: desilting at high concantration in vertical and horizontal pipes at the dam area; the silt liquefaction starting of buried seeper penstock at the river reach of Chongqing. ─── 提出了2種新的技術(shù)對(duì)策:壩區(qū)垂直與水平管道高濃度排沙;重慶河段埋管壓力滲透液化起動(dòng)泥沙。

55、buried penstock ─── 埋藏式壓力水管

56、Pits are common defects on surface of penstock of hydroelectric power stations. ─── 表面凹坑缺陷是水電站引水壓力鋼管中的一類常見缺陷。

57、Discussion on Pressure Test Scheme to Penstock of High-head Water Power Plant ─── 關(guān)于高水頭水電站壓力鋼管試壓方案的探討

58、The formula is proposed to calculate the maximum distance of prestressed strands for ensuring the uniform distribution of prestressing along the penstock. ─── 得到了預(yù)應(yīng)力筋束最大間距的計(jì)算方法,以保證壓力管道各橫斷面能夠建立相同均勻的預(yù)壓應(yīng)力;

59、penstock with elastic cushion ─── 彈性墊層管

60、This paper provides an efficient method for calculating underground stiffened penstock stability under external pressure. ─── 從而為埋藏式加勁壓力鋼管的外壓穩(wěn)定性計(jì)算提出了一種更加行之有效的方法。

61、The device is valuable to be spread and used in hydropower stations with long penstock and in stations to be augmented. ─── 對(duì)于具有較長(zhǎng)的有壓引水系統(tǒng)的水電站、需要增容擴(kuò)建的水電站,這一裝置具有一定的推廣應(yīng)用價(jià)值。

62、Research Progress of Load-carrying Properties of Steel Lined Penstock Laid on Downstream Face of Dam ─── 壩后背管承載性能研究進(jìn)展

63、The design method of limit state of the penstock embedded in dam ─── 壩內(nèi)埋管極限狀態(tài)設(shè)計(jì)方法

64、Keywords Penstock;crater defects;Safety assessment; ─── 壓力鋼管;弧坑缺陷;安全評(píng)定;

65、The study shows that the design scheme can ensure the safety bearing with the safety factor of 2.03 for the over-load of the water pressure inside of the penstock. ─── 在規(guī)范“軸對(duì)稱”配筋設(shè)計(jì)方法基礎(chǔ)上,管道約束區(qū)可適當(dāng)減少配筋量,環(huán)向斷面不同位置可采用不同配筋量;

66、Theoretical analysis of prestressed concrete penstock under uni-ring-like prestress ─── 單環(huán)預(yù)應(yīng)力作用下混凝土壓力管道受力分析研究

67、pressure tunnel, power tunnel, penstock, pressure tube, gallery ─── 壓力水管。壓力管道。壓力管。

68、A research on canceling telescopic joint of the penstock about the high head development near power house ─── 取消高水頭電站壓力鋼管近廠房段伸縮節(jié)研究

69、steel penstock ─── 壓力鋼管

70、HOBAS Penstock ─── HOBAS管

71、Penstock [hydroelectricity] A closed conduit which supplies water under pressure to a turbine. ─── 壓力管道[水電]一條封閉的渠道,以壓力對(duì)渦輪機(jī)供水。

72、On the pressure Pulsation of the penstock ─── 壓力鋼管的壓力脈動(dòng)

73、penstock Laid on Downstream Surface of Dam ─── 壩下游面管

74、Selection and Verification of the Structural Pattern of the Penstock and Spiral Case of the TGP Power-station ─── 三峽工程水電站壓力管道和蝸殼技術(shù)結(jié)構(gòu)型式的選擇及論證

75、penstock laid on downstream face of dam ─── 壩下游面管道

76、Non-linear Finite Element Analysis for Steel-lined Reinforced Concrete Penstock Behind Dam of Three Gorges Hydroelectric Plant ─── 三峽水電站壩后鋼襯鋼筋混凝土壓力背管的非線性有限元分析

77、semi rigid penstock ─── 半剛性壓力水管

78、Study on the crack computation of the steel fining reinforced concrete penstock in Three Gorges Hydropower Station ─── 三峽水電站鋼襯鋼筋混凝土壓力引水管混凝土裂縫計(jì)算研究

79、thick-shell penstock ─── 厚壁壓力水管

80、Viewed from the constructed hydro stations in China, few examples of stress-removal of penstock and then stress testing can be gained. ─── 從國內(nèi)已建成的水電站來看,對(duì)壓力鋼管進(jìn)行消應(yīng)處理并進(jìn)行應(yīng)力測(cè)試的例子很少,對(duì)消應(yīng)后的效果說明亦缺乏資料。

81、The clarified water enters each filter through two holes one of them being closed by an automatic penstock (called cross -wash reduction). ─── 澄清水通過兩個(gè)孔進(jìn)入各個(gè)濾池,其中一個(gè)孔可由自動(dòng)閘板關(guān)閉(稱為交叉掃洗限流閘板)。

82、Pls keep provision on MIV upstream pipe for penstock drain. ─── 請(qǐng)保留在MIV上游管的設(shè)備用于水道的排污。

83、Penstock fabrication and installation is a comprehensive construction technology. ─── 壓力管道制作與安裝是一項(xiàng)綜合性施工技術(shù)。

84、Research findings are generalized on load-carrying properties of penstock laid on downstream face of dam. ─── 以理論分析法、模型試驗(yàn)與原型觀測(cè)法、有限單元法為線索總結(jié)了近年來壩后背管承載性能的研究成果。

85、Examination on Design and Installation of Flexible Connector of Penstock in the Power Plant of Three Gorges Project ─── 三峽工程水電站壓力管道伸縮節(jié)設(shè)置論證

86、Specialize in : Sewage Treatment Plant, Steel Bridge For Shell Depot, Penstock Valves, Steel Mill Equipment. ─── 中文):污水處理工程,鐵制倉庫,水閥門、機(jī)械工程及鑄造品等。

87、penstock gate ─── 壓力管道閘門

88、Application of the elasticity center method of structure mechanics for penstock laid on the downstream face of dam ─── 壩后背管結(jié)構(gòu)力學(xué)彈性中心法的應(yīng)用

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