moisture distribution 中文意思是什麼

moisture distribution 解釋
水分分佈
  • moisture : n. 濕氣,水分,潮濕;濕度;(空氣中的)水蒸氣;淚。
  • distribution : n 1 分配,分發,配給;分配裝置[系統];配給品;配給量;【經濟學】配給方法,配給過程;分紅;【法律...
  1. Keywords : moisture distribution, bound water content, bonding energy, solid - liquid separation, gravitational sedimentation, filtration and expression, centrifugal separation, thermal pyrolysis, and resource reuse and utilization

    關鍵詞:水份分佈、結合水量、水份鍵結能、固液分離、重力沉降、過濾壓榨、離心分離、無氧熱分解、資源回收利用。
  2. The function of desert microbiotic crusts in erdos was analyzed, the results ahowed that : microbiotic crusts consist of fine sand and thick powder sand, but differs with the wind - drift sand, wind - drift sand are coarse sand and fine sand ; microbiotic crusts influence the rainfall distribution again and effect on the evaporation of infiltration moisture ; microbiotic crusts has the power of water conservation and the function of enrichment of nutrients

    摘要本文對鄂爾多斯沙漠生物結皮作用進行了初步研究,結果表明結皮層的機械組成以細沙和粗粉沙為主,而流沙以粗沙和細沙為主;生物結皮層影響降水的再分配作用,並影響入滲水的蒸發規律;生物結皮層縣有較好的保水特性和養分富集作用。
  3. Chromium, manganese and ferruginous manganese ores - sampling and determination of moisture content and size distribution

    鉻礦石錳礦石鐵錳礦石.取樣及水分粒度分佈的測定
  4. Abstract : digital basinis made from digital elevation model considering spatial variability within a catchment. on the basis of digital basin, the digital approach to describing hydrological processes within a catchment is investigated. digital hydrological model is regarded as a modern physically - based modeling technique that includes a large amount of information. the case study on the shiguanhe catchment in the huaihe river basin, intensified observation field of gewex asian monsoon experiment project, has shown that the digital mode lperforms very well not only in simulating runoff processes at any specific site, but also in simulating spatial distribution and temporal variation of hydrological elements and state variable ( especially soil moisture ), if compared with traditional hydrological models. that provides solid foundation for full use of now available observation in formation and in - depth mining of hydrological data

    文摘:考慮流域下墊面空間變異性,基於數字高程模型構建了數字流域,並在此基礎上對描述流域水文物理過程的數字方法進行了探討.文章認為,數字水文模型是一種有物理基礎的包含大容量信息的現代模擬技術.史灌河流域實例研究表明,數字水文模型可以十分方便地輸出水文要素和狀態變量的空間分佈與時間序列,這對充分利用現有觀測信息進行水文信息的深層挖掘創造了條件
  5. The results show that : ( 1 ) soil moisture follows a - distribution over the discussed zone of the humid area in summer, but do distribution at the researched zone vicinity of oasis desert area in winter

    結果表明: ( 1 )在研究區域不同類型的下墊面條件下,夏季土壤水分在濕潤研究區呈明顯的單峰偏態分佈,且以分佈擬合效果為最好;而在臨近綠洲的沙漠研究區則呈多峰分佈,冬季呈分佈。
  6. Based on the serious shortage of soil moisture, soil aridity and vegetation recession in this region, the following issues are studied in this dissertation : ( 1 ) the meaning of soil water and its role in the water circulation ; ( 2 ) soil water deficit and its influence to vegetation growth ; ( 3 ) the definition of soil dried layer and the causes of its formation ; ( 4 ) soil dried layer distribution and characteristics in north of shaanxi loess plateau ; ( 5 ) the primary study of measurable index of soil dried layer

    本論文主要針對黃土高原土壤水分嚴重虧缺現狀以及因之而形成的土壤干化和林草植被衰退現象,主要對以下幾方面的問題進行了研究: ( 1 )土壤水分的意義及其在生態系統水分循環過程中的作用; ( 2 )林草植被土壤水分虧缺狀況及其對植被生長的影響; ( 3 )土壤干層的涵義及成因分析; ( 4 )陜北黃土高原土壤干層的分佈及特徵; ( 5 )土壤干層的量化指標初步研究。
  7. Study on spatial variety of soil moisture and distribution of vegetation and biomass in hegou small watershed

    河溝流域土壤水分空間變化及植被分佈與生物量研究
  8. Distribution and variation of rice kernel moisture content

    稻穀含水率分佈及變化規律
  9. After the observation and analysis on the uniformity coefficient of irrigation and the distribution of soil moisture under each different treatment, a result was got that 35cnrs embedded depth is comparatively appropriate for vegetable cultivation for the high uniformity coefficient and the vegetable cultivation for the high uniformity coefficient and the concentrated distribution of irrigation water in the main root zone

    通過對各處理灌水均勻度和土壤水分分佈的觀測、分析,認為滲灌管埋深35cm時對蔬菜栽培是比較合適的。此時灌水均勻度高,灌溉水大部分分佈在蔬菜主要根系區。
  10. 5 the dynamic of soil water content and salinity is significantly different among communities in ecotone. the soil moisture and salinity are two main factors that influence the distribution and succession of plant communities

    5 、過渡帶各類型群落間土壤水鹽動態存在顯著差異,土壤水鹽的梯度變化是群落分佈和演替的根本原因。
  11. The soil physical properties have obvious vertical distribution characteristic in the slope. the bulk density in sunlit slope is greater than it in sunless slope, and change in the follow order in the slope : top < middle < lower. while saturated soil moisture, field capacity, and wilting moisture are on the contrary

    在地形上,土壤物理性質具有明顯的垂直分佈規律,陰坡除土壤容重外,飽和含水量、田間持水量和萎蔫濕度均大於陽坡;同一坡度和坡向下,容重從坡下向坡上遞增,飽和含水量、田間持水量和萎蔫濕度均從坡下向坡上遞減。
  12. If the soil water content is gradually added from very little value, the value of water content gradient resulted from temperature gradient first is lower, then bigger and finally lower. based on the test data, a linear regression equation about temperature and water content is got. after deciding the temperature and moisture distribution of the soil samples, the problem of coupled thermal and moisture is discussed, the temperature distributions show that the heat - conducting coefficient is related to the density and water content

    由溫度場的分佈可以得到:在溫度梯度的作用下,導熱系數是變化的,而導熱系數沿長度方向的變化,使得穩態溫度場沿長度方向成非線性分佈;密實度對溫度場分佈的影響是干密度越大導熱系數越大;初始含水量對溫度場分佈的影響是含水量增大,導熱系數也增大,達到最大值后,含水量增加導熱系數反而減少,含水量對溫度場的分佈有顯著的影響。
  13. Presents the study on the cross - effect of heat and mass transfer of capillary porous media a. b. luikov set up on the irreversible thermodynamics principle with the theoretical solution of unsteady drying process given and its validity verified though experiments, and analyses using the mathematical model the influence of all factors on temperature and moisture distribution and the cross - effect of heat and mass transfer during drying processes

    針對雷柯夫建立在不可逆過程熱力學原理上的傳熱與傳質方程組,著重研究毛細多孔介質內傳熱與傳質過程中的交叉效應.得出了非穩態乾燥過程的理論解,並通過實驗驗證了其正確性,利用該模型分析了乾燥過程中各因素對內部溫度場和濕度場的影響以及交叉效應在乾燥過程中的作用
  14. The model of the intermi ttent drying with tempering period was developed, and the moisture distribution inside the potato slices and the tempering time during the tempering period can be quantatively obtained at any time, which laid a basis for laying down the int ermittent drying technology

    該文提出了間歇乾燥緩蘇過程模型,可隨時定量求得緩蘇段土豆片內部水分重新分佈情況以及土豆片內部水分分佈時所需緩蘇時間,為制定間歇乾燥工藝提供依據。
  15. Based on the detailed introduction of coal moisture distribution, a phenomenon was put forward in this paper that some enterprises and individual labouratories did not strictly enforce the gb / t212 criterion in coal testing, neglect the importance of coal moisture to coal testing, as a result that the same sample had inconsistent test results and dissensions of coal quality was induced

    摘要在詳細介紹煤中水分分佈的基礎上,提出某些企業和個體化驗室在煤質檢驗工作中由於沒有嚴格執行gb / t212標準,忽視分析水分對煤質檢測工作的重要性,造成同一樣品檢驗結果的不一致性,從而產生煤炭質量糾紛。
  16. Calculation and analysis of temperature and moisture distribution of composite energy saving block wall

    復合節能砌塊墻體的溫濕度分佈計算及分析
  17. The influence of initial soil conditions on water penetration and soil moisture distribution

    荒漠地區土壤初始狀況對水平入滲的影響
  18. This article introduces the update understanding to the post treatments on sludge, including the description of moisture distribution and its implication to solid - liquid separation efficiencies, and the thermal pyrolysis of bio - sludges

    本文為一系列四篇綜論污泥處置目前研究發展現況之第三部份,將對污泥的后續處理進行介紹,包括水份分佈、固液分離、以及無氧熱分解。
  19. The change of moisture distribution is concentrated on the surface layer concrete, which is very thin. however, the change inside the concrete is very slight. this unbalanced development of moisture distribution causes large shrinkage stress in the layer concrete and then leads to crack

    混凝土濕度變化主要集中於較薄的表層混凝土內,內部濕度場變化極微,這種濕度發展變化的不均衡使得表層混凝土內產生較大的收縮應力,將直接導致裂縫的產生。
  20. The study of the indoor moisture distribution was done in this paper through a numerical simulation of a representative office. the result showed that the stratification phenomenon also exists for the moisture. similar to heat pollutant, we consider only the humidity desire in working zone

    本文模擬了一間置換通風辦公室的濕度分佈情況,結果表明:置換通風房間內的濕度也同樣存在層狀梯度分佈,這一特性使之非常適合於熱濕同源的場合,系統在濕度控制時只要保證工作區的濕度能滿足要求即可,使空調系統在節能上有了新的空間。
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