?photosynthesis

photosynthesis發(fā)音

英：[?f??t???s?nθ?s?s]　　美：[?fo?to??s?nθ?s?s]

英：　　美：

photosynthesis中文意思翻譯

n.光合作用

photosynthesis詞形變化

形容詞: photosynthetic | 副詞: photosynthetically |

photosynthesis常見(jiàn)例句

1 、The interpretation of Chl FPs and recommendations for their application in the photosynthesis research are also given.───另外還對葉綠素熒光參數進(jìn)行了解釋?zhuān)瑢λ鼈冊诠夂献饔醚芯恐械膽眠M(jìn)行了介紹。

2 、Any of various unicellular green algae of the genus Chlorella, easily cultured and often used in studies of photosynthesis and other experiments.───小球藻小球藻屬任何一種單細胞綠藻，易于培養且常被用于光合作用研究及其它實(shí)驗中

3 、For experimental purposes, scientists originally assumed that photoperiodism worked through photosynthesis.───為了進(jìn)行實(shí)驗，科學(xué)家們最初曾經(jīng)設想，光周期現象可能是通過(guò)光合作用實(shí)現的。

4 、Exogenous applications of indoleacetic acid , kinetin or gibberellic acid stimulate photosynthesis.───吲哚乙酸，激動(dòng)素或赤霉酸的外源施用刺激了光合作用。

5 、Photosynthesis accounts for about half of the carbon extracted from the atmosphere.───光合作用能夠吸收大氣中近一半的碳。

6 、Only if these negative results are valid will he be able to formulate the question: how do they live, if not by photosynthesis?───只有當這些否定的結論被確認時(shí)他才能開(kāi)始闡述這個(gè)問(wèn)題：如果不是依賴(lài)“光合作用”，深海海洋動(dòng)物怎樣生存?

7 、The physiological experiments discussed in Section II say nothing about the localization of photosynthesis within the green plant cell.───在第二部分討論的生理學(xué)實(shí)驗，并沒(méi)有提到光合作用在綠色植物細胞中的**。

8 、Carp create muddy conditions, which blocks photosynthesis.───??前押鈾?淶沒(méi)胱遣磺澹?璋?斯夂獻饔玫慕?小

9 、Photosynthesis is often limited by the rate of CO2 diffusion from the atmosphere to the chloroplast.───CO2從大氣中向葉綠體中的**經(jīng)常限制光合作用的速率。

10 、In the following graph the effect of the atmospheric concentration of CO2 on the photosynthesis rate in plants C3 and C4 is observed.───在下圖里，觀(guān)察C3和C4植物之大氣中的CO2濃度對光合作用速率的影響。

11 、Regulating Effects of Tianda-2116 on Photosynthesis and Senescent Traits of Flag Leaves after Anthesis in Triticum aestivum L.───天達-2116對冬小麥花后旗葉光合與衰老特性的調節效應。

12 、Therewas an extremely significant positive correlation between the rate of photosynthesis and rate ofphotosynthate export.───光合速率與光合產(chǎn)物輸出速率和光合產(chǎn)物輸出百分率成顯著(zhù)正相關(guān)。

13 、Older than one year, formulated with iron and potassium to help photosynthesis and improve the conditions of plants.───含鉀和鐵，充分成熟水草的主液肥，舒緩因底床硬化及氧化而使光合作用效率下降的問(wèn)題，適合己設1年以上的草缸。

14 、The photosynthesis of wine grape covered with color film was enhanced when the light was weak.───在光強較弱的時(shí)候，彩色薄膜覆蓋有促進(jìn)葡萄光合作用的效果。

15 、In water, carbon, combined as carbonates and bicarbonates, is the source for photosynthesis.───在水中以碳酸鹽或碳酸氫鹽形式存在的碳是光合作用的來(lái)源。

16 、Understand the process of photosynthesis.───及分?不同的光合作用色素。

17 、Most of the energy man uses comes from the sun by way of the materials which plants build up in photosynthesis.───人們利用的大部分能量都來(lái)自太陽(yáng)，是靠植物光合作用制造的物質(zhì)而取得的。

18 、C4 plants often absorb CO2 from the air in one type of cell and then convert it to sugars through photosynthesis in another.───C4植物常常將空氣中的CO2吸入到某一類(lèi)細胞中，然后再在另一類(lèi)細胞中利用光合作用將其轉化為糖類(lèi)。

19 、Photosynethically Available Radiation(PAR)is an important energy sources of photosynthesis for the green plants.───光合有效輻射 (PhotosyntheticallyAvailableRadiation ,簡(jiǎn)稱(chēng)PAR)是植物進(jìn)行光合作用的重要能量來(lái)源。

20 、The products of photosynthesis are also converted into other complex substances.───光合作用的產(chǎn)物還轉變?yōu)槠渌膹碗s物質(zhì)。

21 、The most important chromoplasts are chloroplasts-organelles that contain the chlorophyll used in photosynthesis.───葉綠體是最重要的色質(zhì)體，含有與光合作用有關(guān)的葉綠素。

22 、New Zealand hot springs pool in the photosynthesis bacteria can absorb carbon dioxide and release oxygen.───在新西蘭溫泉池中的光合作用細菌能吸收二氧化碳并且釋放氧氣。

23 、Waterlogging-tolerance of barley could be expressed by 4 common factors, i.e. yield, plant type, ear characters of the main stem and photosynthesis.───大麥性狀的耐濕性可歸納為4個(gè)公共因子：即產(chǎn)量因子、主莖穗因子、株型因子和光合因子；

24 、Many C3 plants, meanwhile, have several of the genes needed for C4 photosynthesis, but do not use them in the same way.───同時(shí)許多C3植物都含有數種C4光合作用必需的基因，但利用方式均不相同。

25 、While the rates of transpiration and photosynthesis in AT was lower than that in CT, but the transpiration efficiency in AT was higher than that in CT.───交替灌溉的桃樹(shù)的光合速率和蒸騰速率低于常規灌溉，但交替灌溉桃樹(shù)比常規灌溉有較高的蒸騰效率。

26 、Be in nightly, flowers does not undertake photosynthesis, spit carbon dioxide and absorb oxygen.───在夜間，花卉不進(jìn)行光合作用，吐出二氧化碳和吸收氧氣。

27 、Acanthopanax senticosus; heterogenous habitats; photosynthesis;secondary metabolism; biomass allocation; life cycle; plant life cycle forms.───01刺五加;異質(zhì)生境;光合作用;次生代謝;生物量分配;生活史;生活史型

28 、Study on photosynthesis characteristic of Sophora japonica L.───國槐光合特性研究。

29 、It may interfere with plant photosynthesis, causing ecological damage and reducing agricultural production.───它會(huì )影響植物的光合作用，引起生態(tài)受損，降低農業(yè)產(chǎn)量。

30 、In this process of photosynthesis, they have sucked up and stored nearly a third of our emissions.─── 通過(guò)光合作用 它們吸收并儲存了 近乎三分之一的二氧化碳排放量

31 、Men and animals depend on photosynthesis in plants to supply their food and energy.───人和動(dòng)物依靠光合作用來(lái)獲得食物和能量。

32 、One of numerous particles located on the inner lamellar surface of a chloroplast and sometimes considered to be the functional unit of photosynthesis.───光能轉化體附著(zhù)在葉綠體內表層的許多微粒之一，時(shí)常被認為是光合作用的機能單位

33 、Chlorophyll is the pigment for plant photosynthesis, and its traditional measuring method is spectrophotometry.───葉綠素是植物光合作用的色素,傳統方法測定葉綠素一般采用分光光度法。

34 、The data collection system of a home-made photoacoustic spectrometer for photosynthesis study was reformed.───對本室研制的用于光合作用研究的光聲光譜儀的數據采集系統作了改進(jìn)。

35 、Rates of leaf photosynthesis have little relationship to yield.───葉片的光合作用速率與產(chǎn)量的關(guān)系不大。

36 、In deeper waters, light does not penetrate and no photosynthesis occurs in this aphotic zone.───在海洋中，很多魚(yú)類(lèi)以浮游動(dòng)物為食時(shí)成為次級消費者。

37 、AFI can not decrease photosynthesis rate but it can decrease evaportranspiration rate and is helpful to increase evaportranspiration efficiency.───交替隔溝灌溉不降低光合速率而蒸騰速率有所下降 ,并有利于提高蒸騰效率 ;

38 、Keep away from the sunburn, but burn in the sun properly,your mood will exert the photosynthesis.───做好防曬，但記得適當地曬曬太陽(yáng)。心情也會(huì )進(jìn)行光合作用。真的。

39 、Title： A Physio-ecological Study on Photosynthesis of Sinomanglietia glauca and Two Species in Manglietia Bl.───關(guān)鍵詞：木蘭科;華木蓮;乳源木蓮;巴東木蓮;光合作用;生理生態(tài)

40 、Of or relating to the part of the oceanic zone into which enough sunlight enters for photosynthesis to take place.───光合作用帶的與能夠獲得足夠陽(yáng)光以發(fā)生光合作用的廣大區域有關(guān)的

41 、Photosynthesis is an endergonic process.───光合作用是吸收能量的過(guò)程。

42 、Photosynthesis occurs only in the chlorophyll-containing cells of green plants, algae, and certain protists and bacteria.───光合作用只發(fā)生在含有葉綠素的綠色植物細胞，海藻，某些原生動(dòng)物和細菌之中。

43 、As the material of photosynthesis of plant, elevated CO2 concentration must have an effect on photosynthesis of plant.───CO2作為植物光合作用的底物，其濃度升高必然對植物的光合作用產(chǎn)生影響。

44 、It keeps the algae hanging in the sunlight just long enough to pick up the solar energy they need to produce the lipids to go through photosynthesis.───它讓藻類(lèi)處于陽(yáng)光下的時(shí)間足夠長(cháng)以獲取他們產(chǎn)生脂質(zhì)所需的太陽(yáng)能以完成光合作用。

45 、Thus C4 plants lessen photorespiration by carrying out photosynthesis only in cells that are insulated from high levels of CO2.───因此C4植物減少光呼吸的光合作用僅在細胞免受高水平的二氧化碳。

46 、Although photosynthesis picked up, the algae also respired more oxygen, emitting more CO2 than normal in the process.───因此，雖然光合作用增加了，但是跟正常狀況比起來(lái)，衣藻同時(shí)也呼吸了更多的氧氣、排放了更多的CO2。

47 、Scientists know only a little, so far, about photosynthesis.───到目前為止，關(guān)于光合作用問(wèn)題科學(xué)家知道還不算多。

48 、Most deep-sea faunas rely for food on particulate matter, ultimately derived from photosynthesis, falling from above.───大多數深海動(dòng)物以上方落下的顆粒物質(zhì)為食，這些物質(zhì)基本上都是通過(guò)光合作用形成的。

49 、"Those pieces [that plants use for photosynthesis] exist, but we will have to sit down and rework them," said LaVan.───“確實(shí)存在這些（植物用來(lái)進(jìn)行光合作用的）裝置，但我們還得坐下來(lái)對它們進(jìn)行改造，”拉萬(wàn)表示。

50 、There was significant influence of soil water content on water potentials and photosynthesis in ginger leaves.───土壤水分與生姜葉片水勢及光合速率關(guān)系密切。

51 、Effect of cerium(Ce3+) on photosynthesis in soybean seedlings was studied with hydroponics under laboratory conditions.───以大豆為實(shí)驗材料,用溶液培養試驗法研究稀土鈰(Ce3+)對大豆幼苗光合作用的影響。

52 、Oxidation of carbohydrates in plants with the release of carbon dioxide during photosynthesis.───光呼吸（作用）在光合作用過(guò)程中，植物釋放出二氧化碳，同時(shí)體內碳氫化合物氧化

53 、So long as will exert the massive ferroguinous seaweeds then rapidly to grow, when the photosynthesis will increase then consumes more carbon dioxide.───只要施加大量鐵質(zhì)海藻便會(huì )迅速生長(cháng)，當光合作用增加便消耗更多二氧化碳。

54 、Chloroplasts are the site of photosynthesis in plants and other photosynthesizing organisms.───葉綠體是植物和其它光合作用有機體發(fā)生光合作用的場(chǎng)所。

55 、WU Wenhua,PAN Ruichi.Effect of jasmonic acid methylester on the photosynthesis of rice seedlings[J].Acta Botanica Sinica,1998,40(3):256-262.───[6]吳文華,潘瑞熾.茉莉酸甲酯對水稻幼苗光合作用的影響[J].植物學(xué)報,1998,40(3):256-262.

56 、C3 plant A plant in which the first product of photosynthesis is a 3-carbon acid, glycerate 3-phoshate (phosphoglyceric acid).───C3植物：光合作用的最初產(chǎn)物是3-**酸甘油酸的植物叫做C3植物，3-**酸甘油酸是一種三碳化合物。

57 、Carbon fixation, sequestration Conversion, through photosynthesis, of atmospheric carbon dioxide into organic form in plants.───固碳作用;絡(luò )合作用通過(guò)光合作用,將大氣中的二氧化碳轉化為植物中的有機物。

58 、The stroma may contain storage products of photosynthesis, e.g. starch grains.───基質(zhì)還可以?xún)Υ婀夂献饔玫囊恍┊a(chǎn)物，如淀粉粒。

59 、A Physio-ecological Study on Photosynthesis of Sinomanglietia glauca and Two Species in Manglietia Bl.───華木蓮與木蓮屬兩樹(shù)種光合生理生態(tài)研究。

60 、Most are aerobic, some are capable of photosynthesis, and most possess undulipodia (flagella or cilia) at some stage of their life cycle.───大多數是需氧的，某些種類(lèi)可以進(jìn)行光合作用，大多數（鞭毛蟲(chóng)，纖毛蟲(chóng)）在其生活史的某個(gè)階段具有波動(dòng)足。

61 、The applications proved that the products had degradability and intensive photosynthesis, and when the re...───大田應用證明:降解性聚乙烯避蚜地膜具有降解、強化作物光合作用等性能。

62 、The first carbohydrates produced in soybean photosynthesis are trioses, 3-phosphoglyceric acid and glycerate.───大豆光合作用所產(chǎn)生的最初碳水化合物是丙醣，三**酸甘油酸和甘油酸鹽。

63 、EFFECTS OF LIGHT INTENSITY ON PHOTOINHITION OF PHOTOSYNTHESIS AND THERMAL DISSIPATION IN AMOMUM VILLOSUM LOUR.───光強對砂仁葉片光合作用光抑制及熱耗散的影響。

64 、Isolation and Identification of Several Photosynthesis Bacteria and Their Application in the Culture of Tilapia sp.───幾株光合細菌的分離鑒定及在養殖羅非魚(yú)中的應用。

65 、Chloroplasts are the structures in which photosynthesis happens.───葉綠體就是光合作用發(fā)生的地方。

66 、Alanine A simple AMINO ACID, one of the early products of photosynthesis.───丙氨酸：一種簡(jiǎn)單的氨基酸，光合作用早期的產(chǎn)物。

67 、Effects of chilling on photosynthesis citrus in different soil moisture conditions.───低溫脅迫對處于不同水分狀態(tài)柑桔光合作用的影響。

68 、It can also be used to investigate how electromagnetic radiation interacts with matter, e.g. the absorption of light in photosynthesis.───再者，可以應用該儀器檢測電磁輻射與物體間作用方式。例如：光合作用中光的吸收。

69 、She introduces topics such as photosynthesis and the meaning of terms such as phloem and cambium.───可以說(shuō)是樹(shù)的小百科，適合6歲以上兒童閱讀。

70 、From a broader point of view, photosynthesis is but one of the interesting biological facets of chloroplasts.───從一個(gè)較廣泛的觀(guān)點(diǎn)看，光合作用只是葉綠體有意義的生物學(xué)特征中的一個(gè)。

71 、One fantasy is that in the future solar energy will be stored and put to work chemically, much as it is in plants through photosynthesis.───其中的一個(gè)“幻想”可能來(lái)自于太陽(yáng)能的利用，如何將其存儲起來(lái)，隨后以化學(xué)作用的形式釋放出來(lái)，類(lèi)似于植物的光合作用。

72 、Low temperature can affect photosynthesis by affecting the construction of thylakoid membrane.───低溫能通過(guò)影響類(lèi)囊體膜的結構而影響植物的光合作用。

73 、They were the first organi*s to evolve the process of photosynthesis that we see in plants today, converting sunlight and carbon dioxide into chemical energy.─── 它們是進(jìn)化出 現在植物所賴(lài)以生存的光合作用的 第一種生物 這一過(guò)程將陽(yáng)光與二氧化碳轉換成化學(xué)能

74 、I fixed that rattling noise in the washing machine, indexed the kitchen cupboards, optimised the photosynthesis in the main flowerbed and assembled the quadrocycle.─── 我還解決了洗碗機咔噠響的問(wèn)題 給廚房櫥柜分類(lèi)擺放好 還優(yōu)化了主花圃中 植物的光合作用 還組裝了一輛方輪車(chē)

75 、Chloroplast is an organelle specialized for carrying out photosynthesis in plants and descended from cyanobacteria according to endosymbiosis.───葉綠體是植物進(jìn)行光合作用的細胞器,“內共生學(xué)說(shuō)”認為葉綠體起源于藍藻類(lèi)的原核生物。

76 、The morning glory relative has no real roots, and unlike most other plants, it cannot produce food through photosynthesis.───與其它大多數植物不同,這種東西沒(méi)有根,也不能進(jìn)行光合作用。

77 、Effect of irrigation on photosynthesis decline of winter wheat flag leaf during senescence was studied with field plot experiment.───利用田間小區試驗研究了不同灌水對冬小麥旗葉光合功能衰退的影響。

78 、Glycolate has long been recognized as an early and important product of photosynthesis.───乙醇酸早就被認為是光合作用早期的重要的產(chǎn)物。

79 、His research has linked levels of photosynthesis, detected from satellites, to the size of a vein in the wings of west African tsetse flies.───他的研究把光合作用的水平（由衛星探測而得到）與西非采采蠅翅翼上靜脈大小聯(lián)系在一起。

80 、The detection, absorption, and use of light, as for vision in animals or phototropism and photosynthesis in plants.───光感應對光的感覺(jué)、吸收和利用，如對動(dòng)物的視野和植物的向光性和光合作用

81 、STUDY ON PHYSIOLOGICAL CHARACTER OF PHOTOSYNTHESIS AND WATER RELATION OF DIFFERENT PROVENANCES OF PINUS TAEU-LAEFORMIS CARR.IN HOHHOT.───呼和浩特地區不同種源油松個(gè)體光合和水分生理特性的研究

82 、With the different concentration of DCMU treatment, the intensity of the DF and net photosynthesis rate (Pn) behaved excellent correlation.───不同DCMU濃度處理葉片后延遲熒光強度與葉片光合速率的變化表現出很好的相關(guān)性。

83 、You remember that photosynthesis lesson you bunked in school?───你還記得在學(xué)校學(xué)的光合作用課程嗎？

photosynthesis詞源是什么

光合作用,詞根或詞源為photo-

PREFIX

（用于構成名詞和形容詞）表示“照片的”，“攝影的”，“感光的” Photo-

is added to nouns and adjectives in order to form other nouns and

adjectives which refer or relate to photography or photographic

processes, or to light.

什么是光合作用 有沒(méi)有不能見(jiàn)陽(yáng)光的植物

光合作用（Photosynthesis）是綠色植物和藻類(lèi)利用葉綠素等光合色素和某些細菌（如帶紫膜的嗜鹽古菌）利用其細胞本身，在可見(jiàn)光的照射下，將二氧化碳和水（細菌為硫化氫和水）轉化為有機物，并釋放出氧氣（細菌釋放氫氣）的生化過(guò)程。植物之所以被稱(chēng)為食物鏈的生產(chǎn)者，是因為它們能夠通過(guò)光合作用利用無(wú)機物生產(chǎn)有機物并且貯存能量。通過(guò)食用，食物鏈的消費者可以吸收到植物及細菌所貯存的能量，效率為10%~20%左右。對于生物界的幾乎所有生物來(lái)說(shuō)，這個(gè)過(guò)程是它們賴(lài)以生存的關(guān)鍵。而地球上的碳氧循環(huán)，光合作用是必不可少的。

沒(méi)光肯定不能進(jìn)行光合作用 光合作用條件就要有光

不能見(jiàn)光的植物 不能光合作用 只能異養

應該有這樣的腐生植物

望采納