high-energy chemistry 中文意思是什麼

high-energy chemistry 解釋
高能化學
  • 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...
  • energy : n. 1. 干勁,活力。2. (語言、行為等的)生動。3. 〈pl. 〉 (個人的)精力;能力。4. 【物理學】能,能量。
  • chemistry : n. 1. 化學。2. 物質的組成和化學性質;化學作用[現象]。3. 〈比喻〉神秘的變化(過程)。
  1. In view of this, think in person : in the teaching on chemistry in high school, to students " body and mind developing stage, individual character, type, using relevant attribution theory, through appropriate, systematic training on attribution, adjusting and optimizing attributive mode can make student realize what is good or bad influence towards their study and understand that the key to determine the achievement of the study is how hard they work, carry on rational, favorable attribution, learn to adjust themselves, improve self - consciousness, can evaluate oneself, face one ' s own shortcoming, learn oneself how to regulate, maintain the psychological health state, remain enough self - confidence, strengthen will quality, so that the students can face various kinds of difficulty that they meet during the course of learning, excite latent energy to overcome the difficulty and surmount oneself constantly

    基於此,本人認為:在高中化學教學工作中,針對學生的身心發展階段、個性特點、歸因類型,運用相關的動機歸因理論,通過恰當的、系統的歸因訓練,調整、優化學生的歸因模式,可使學生對影響學業成就優劣的因素有正確的認識,明確努力程度才是決定學業成就高低的關鍵,進行合理、有利的歸因,形成對后繼學習有利的內部、外部動機,提高自我意識,能較全面地評價自己,正視自己的缺點,學會自我調節,維護心理健康狀態,始終保持足夠的自信心,增強意志品質,從而能夠正視學習中遇到的各種困難,並激發起戰勝困難、不斷超越自己的潛能。
  2. A total of 172 joint research projects are operating in a wide range of subjects including biotechnology and microbiology, nuclear physics and high energy physics, oil chemistry, telecommunications and seismology

    今年,索拉利斯發布了一系列新產品,其中包括13米長的索拉利斯vacanza 13豪華大客車,新一代urbino iii低地板大客車等。
  3. Based on the future development goals and economic development strategy, geographic structure and function diversity model in guilin, and the development prioity of suqiao new area, the possibilities and necessities to develop the suqiao new area into a “ comprehensive industrial area in big guilin urban districts focusing on heavy and chemical industry, with complementary processing industries of farming, forestry and ore resource to mainly develop industries of energy, chemistry, metallurgy, paper - making, food and some high - tech industries, and developing tertiary industry appropriately " have been described

    從桂林市長遠發展目標與經濟發展戰略、桂林市地域結構與職能分工模式、蘇橋新區的發展優勢等方面,論證了蘇橋新區發展成為「大桂林市區的一個綜合工業區,以重化大工業為主,農林礦資源加工業為輔,主要發展能源、化學、冶金、造紙、食品等工業和部分高新技術產業,適當發展第三產業」的可能性和必要性。
  4. Based on the experimental results and the correlative chemistry theory, the phases formed in the process and its influenceable factors were studied. the significant results were enumerated as follows : as for the mn - h2o system, 5g pure mn scraps ( 99. 5 %, - 200mesh ) and distilled water served as the starting materials were milled by high energy ball miller together with 200g steel balls as the milling medium. the experiments were conducted with the rotation speed of 380rpm. - mn3o4 nanopowders were fabricated after milling some time and would experienced phase transformations if continue to be milled. the reaction would be accelerated if a little of hcl or mnso4 was added while be decelerated if. a little of naoh was added. the - mn3o4 phase with particl size between 20 ~ 100 nanometer was obtained after milling 1. 5h when trace hcl was added. the oxygen added to the ball tin has little effect on the reaction

    主要實驗結果如下: ( 1 )對于mn - h2o系,通過高能行星式球磨機,在50ml蒸餾水中球磨5gmn粉末,球料比為40 : 1 ,轉速為380rpm ,球磨一定時間后獲得了納米級單相- mn3o4 。隨著球磨時間的延長,生成的- mn3o4會繼續被氧化或發生晶型轉變。加入微量hcl或mnso4會明顯加快mn的反應,加入hcl后,球磨1 . 5h后即獲得粒徑為20 100nm的單相- mn3o4粉末;加入微量的naoh會抑制mn反應生成- mn3o4 。
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