high intensity current 中文意思是什麼

high intensity current 解釋
高密度電流
  • high : adj 1 高的〈指物,形容人的身高用 tall〉;高處的;高地的。2 高級的,高等的,高位的,重要的。3 高尚...
  • intensity : n. 1. (思想、感情的)強烈,激烈。2. 強度。3. 【攝影】(底片的)明暗度。
  • current : adj. 1. 通用的,流行的。2. 現在的,現時的,當時的。3. 流暢的;草寫的。n. 1. 水流;氣流;電流。2. 思潮,潮流;趨勢,傾向。3. 進行,過程。
  1. Abstract : the current status of high - speed liner in cuanjiang rivers is introduced. being aimed at spesific lines, the advantages and disadvantages of all styles of high - speed liner are analyzed. according to rational division of communications by waterage, highway and air, this paper considers that high - speed waterage is unlikely to be replaced by highway transportation. the key for keeping waterage advantages is to develop new styles of liner adoptable to lines, whose navigational performance, structural intensity, comfortable performance and economic performance are better than those of ships in operation

    文摘:簡介了川江高速客船現狀.針對川江具體航線,分析了各類高速船優缺點.從水、陸、空綜合交通合理分工出發,認為水上高速客運不會因為高速公路的發展而淘汰,仍有發展前途,關鍵是要開發、研製適合航線,其航行性能、結構強度、舒適性、經濟性均比現有高速客船優越的新船型
  2. The current status of high - speed liner in cuanjiang rivers is introduced. being aimed at spesific lines, the advantages and disadvantages of all styles of high - speed liner are analyzed. according to rational division of communications by waterage, highway and air, this paper considers that high - speed waterage is unlikely to be replaced by highway transportation. the key for keeping waterage advantages is to develop new styles of liner adoptable to lines, whose navigational performance, structural intensity, comfortable performance and economic performance are better than those of ships in operation

    簡介了川江高速客船現狀.針對川江具體航線,分析了各類高速船優缺點.從水、陸、空綜合交通合理分工出發,認為水上高速客運不會因為高速公路的發展而淘汰,仍有發展前途,關鍵是要開發、研製適合航線,其航行性能、結構強度、舒適性、經濟性均比現有高速客船優越的新船型
  3. The processes and characters of synthesis reaction for ni / al and ti / al under the influence of high intensity of pulsating electric current are researched. the characters of organization and structure of products under different parameters such as charge voltage, charge capacitance, pulsating electric current, pulsating amounts and pulsating duration are summarized

    對高密度脈沖電流下ni al 、 ti al的反應特點進行了分析,總結了在不同的充電電壓、充電電容、脈沖電流、脈沖數量、脈沖持續時間等參數下,反應產物的組織與結構特點。
  4. The main limitation of a intensity - modulated - continuous - wave laser rangefinder is the leakage distortion created by the high frequency current source which modulates the laser diode

    在調強連續波激光測距系統中,調制激光器的高頻電流源產生的泄漏干擾是影響測距精度的主要因素。
  5. An arithmetic solution of micro temperature rising velocity of powder sample under the influence of high intensity of pulsating electric current are brought forward

    計算了坯料在高密度脈沖電流作用下粉坯的宏觀溫升。提出了坯料在高密度脈沖電流作用下粉坯微觀溫升的計算方法。
  6. All this has laid a strong foundation for selecting a subject of maskless afm nanolithography, i. e., field - induced oxidation of si semiconductor. in chapter two, a high - intensity current between a probe tip and a sample is discussed first. electrical intensity between them is simulated using matlab software after an electrical model is introduced, thus theoretically analyzing the effect of tip radii, tip - sample separation, radii at the sample, and biases on the morphology of field - induced oxidation

    第二章首先討論了掃描探針與樣品之間的高密度電流,得出了電流密度與偏置電壓和探針?樣品間距密切相關,其關系不能以簡單的線性或指數函數來表述的結論;然後引進了掃描探針場致加工的電場模型,利用matlab模擬探針與樣品之間的電場強度,分析了掃描探針加工條件包括探針針尖曲率半徑、探針-樣品間距、樣品平面半徑以及偏置電壓等對場致氧化物幾何形態的影響。
  7. So the old produce line must be reformed to adopt the needs of the high intensity casing tube produce step by step. the current produce line has many questions to produce the high intensity casing tube. such as different produce manner, the high intensity casing tube is batch - type production, but boiler tube is small scale and they have different process conditions

    該生產線在批量生產高強套管時暴露出了許多問題(因為電站用鍋爐用管一般是小批量、多品種、多規格生產,而高強套管一般是大批量生產,兩者的生產方式差異極大,因此原來用於生產電站用鍋爐用管的生產線現在用於生產高強套管就顯得極不匹配) :如工藝流程不暢、生產能力低下、工藝不滿足要求、設備能力不匹配、安全隱患多等問題。
  8. Practical study about high critical current intensity in superconductor of y - ba - cu - o compound system

    系超導體高臨界電流密度的實驗研究
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