granular structure 【農業】(土壤的)團粒結構。
【農業】(土壤的)團粒結構。 “granular“ 中文翻譯: adj. 顆粒狀的,粒面的,由小粒形成的。 n. -it ...“structure“ 中文翻譯: n. 1.構造,結構;組織;石理,石紋。 2.建造物。 ...“finely granular structure“ 中文翻譯: 細團粒狀結構“granular cleavable structure“ 中文翻譯: 粒片狀構造“granular-crystalline structure“ 中文翻譯: 粒狀結晶結構“isometric-granular structure“ 中文翻譯: 等軸粒狀結構“pseudo-granular structure“ 中文翻譯: 擬顆粒構造“xenomorphic granular structure“ 中文翻譯: 他形粒狀構造“granular“ 中文翻譯: adj. 顆粒狀的,粒面的,由小粒形成的。 n. -ity 顆粒狀,顆粒度,顆粒性。 adv. -ly “allotriomorphic granular“ 中文翻譯: 人造花崗巖石面; 他形粒狀“alltriomorphic granular“ 中文翻譯: 他形粒狀“automorphic granular“ 中文翻譯: 自然粒狀; 自形粒狀“bismuth granular“ 中文翻譯: 金屬鉍; 鉍粒“chlorvar granular“ 中文翻譯: 鈉硼定混劑“coarse granular“ 中文翻譯: 粗團粒“coarsely granular“ 中文翻譯: 粗粒狀的; 大粒的“crystalline granular“ 中文翻譯: 晶質粒狀的“euhedral granular“ 中文翻譯: 自形粒狀“euhedral-granular“ 中文翻譯: 自形粒狀“even granular“ 中文翻譯: 等粒狀的“fine granular“ 中文翻譯: 細粒的; 細粒狀; 細料狀; 細團粒的“fine-granular“ 中文翻譯: 細顆粒的“finely granular“ 中文翻譯: 細粒狀的; 細料狀“finely-granular“ 中文翻譯: 細粒的“granular adsorbent“ 中文翻譯: 粒狀吸附劑
granulate |
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Study on granular structure in laterite vn soil has already been reported in different land use pattern but it is little about soil fertility in karst environment . the better the soil structure , the higher the content of water - stable soil aggregate so there is an osculation correlation between aggregate and structure of soil 不同利用模式下紅壤團粒結構的特征研究己有報道,但關于巖溶環境中土壤變化的研究則很少。土壤團聚體與土壤的結構密切相關,團聚體含量高,則說明土壤結構好。 |
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It showed that 73 % increasing of toughness in modified composites was achieved without the reduction of other mechanical properties . sem has showed the periodically interleaved system where the co - continuously connected granular structure occurs layer by layer between each ply and the interlayer was relatively very thin 電鏡分析表明離位改性的碳纖維單向布周期性增強體系,在每兩層增強體之間都有很薄一層規整的球性兩相結構,正是這個獨特的多層結構使其抗沖擊性能大幅提高,而且不會對其他重要的力學性能產生不利影響。 |
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The results are summarized below : 1 ) study on soil science indicates that soil granular structure is the focus adjuster for soil fertility and it affects the space , water - grasp , aeration and anti - erosion of soil . and the percentage of aggregate is one of the key index that decides the speed and extent of soil erosion , hardening and degeneration because the soil degeneration will first lead to the disappearance of crumb - structure . so it is very important that the physical course and character of soil in different land use pattern are realized 現將主要結果摘要如下: l 、士壤學研究表明,團粒結構是土壤肥力的中心調節器,影響著土壤的空隙性、持水性、通透性和抗蝕性;任何土壤的退化首先將表現出團粒結構的消失;團聚體百分比是決定土壤侵蝕、板結等物理過程速度和幅度的關鍵指標之一,了解不同土地利用和土壤管理方式的物理過程和性質相當重要。 |
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It is found that the nano material is distributed not only among general material grains to form inter - granular structure of the coating but also in the general material grains to form intra - granular structure . micro - crack caused by laser will be eliminated greatly . 3 mechanical performances of the ceramic coating manufactured are tested 得到的結論是經過激光熔覆后的涂層致密化程度有了很大的提高,比單純的激光重熔涂層還高,納米顆粒不僅填充在晶粒之間,而且還嵌入在大晶粒內部,有利于消除激光作用產生的微裂紋。 |
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This model has wide - ranging application and simple computing procedure . it avoids the narrow - ranging limitations of slide line method , as well as avoids the complicated computing procedure in the simulation of the gradual breakdown process for the granular structure by fem . its analysis results are identical with those of the practical engineering , this model has engineering application value 建立了挖掘過程推壓阻力的計算模型,該模型適用面廣、計算較簡便,既避免了滑移線適用面窄的局限性、也避免有限元分析對散體漸近破壞過程模擬的復雜計算過程,計算結果與工程實際吻合,具有工程實用價值。 |
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It is indicated after laser remelting , the density of the nano material infiltrated coating is improved and grain size is decreased greatly . in above researches , it is found that the nano material is distributed among general material grains to form inter - granular structure of the coating 研究發現,在各種涂層中納米顆粒明顯填充在粗顆粒間,構成晶間型組織結構;初步測試還表明,在al _ 2o _ 3 + 13 wt |
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Granular materials is the object or medium actuated by lots of engineering machinery and bulk solids handling machinery . digging and breakdown of the granular structure is a major actuating mode or objective in granular engineering 散體材料是許多工程機械與散貨裝卸機械的工作對象與工作介質,散體結構的挖掘與破壞是散體工程中的一個主要工作方式與目的。 |