chemical consequence 中文意思是什麼

chemical consequence 解釋
化學後果（如核反應的化學後果）
  • chemical : adj 化學的，化學作用的；應用化學的，用化學方法獲得的。n 〈常 pl 〉化學製品；藥品。 fine chemicals...
  • consequence : n. 1. 結果，成果，影響，後果；【數學】后承；【邏輯學】結論。2. 重要（性）；重大意義。
  1. Consult professional personage, the medicaments changing cure according to remedial tumour disease - yew alcohol is made clear on the manual in inject fluid those who mention, in inject this is planted before the medicaments that change cure, need injects first the following 3 kinds of medicines and chemical reagents : ( 1 ) rice of ground a place of strategic importance is loose ( 2 ) benzene hai laming ( 3 ) lei ni of the person that sago replaces ding huo replaces man, think so excuse me, if be before the patient injected 2 kinds of medicaments only, pine of rice of ground a place of strategic importance and benzene hai laming, without the person that use sago replaces ding huo lei ni replaces man, what kind of serious consequence can you cause to the patient

    請教一下專業人士，根據治療腫瘤疾病的化療藥物-紫杉醇注射液中的說明書上明確提到的，在注射此種化療藥物前，需要先注射以下3種藥品： （ 1 ）地塞米松（ 2 ）苯海拉明（ 3 ）西米替丁或者雷尼替丁，所以想請問，假如只為患者注射了前2種藥物，地塞米松和苯海拉明，沒有使用西米替丁或者雷尼替丁，會給患者導致什麼樣的嚴重後果呢？
  2. Thus the cumulative consequence of galactic chemical evolution starting from low metallicity agb stars, namely, the average abundance patterns of sbh part with 140a204 ( or the snl component part with 92a132 ) in different metal conditions, should be similar ( ornearly similar ) to the corresponding solar s - bajn component

    低金屬豐度條件下，由於中子輻照量隨金屬豐度的降低而升高， s _ （ ml ）產量低於s _ （ mh ） 。雖然s _ （ ml ）分佈與太陽系有差異，但對于質量范圍92 a 132 ，任何金屬豐度下分佈與太陽系大體相似。
  3. Abstract : in this article, a relativistic effect in gold chemistry and the nontrivial physico - chemical properties of gold presented as a consequence this effect were introduced in brief

    摘要：簡要介紹了金化學中的相對論的效應和由此而導致的金的異常物理化學特性。
  4. As a consequence, in order to prepare core - shell particles with well - defined composition, morphology and properties, furthermore to obtain ordered advanced nanocomposite materials, the future research in nanoengineering of particle surfaces should focus on both optimization of the existing approaches and the development of new methods, make full use of the specific chemical and / or electrostatic interaction between colloidal templates and shell substance or its precursors

    指出利用膠體粒子模板表面與殼層物質或其前驅物間的特殊相互作用（包括靜電和化學相互作用） ，是完善現有制備方法和發展新方法來制備具有設定組成、結構和性能的核殼復合粒子的關鍵，同時也是將來的粒子表面納米工程和獲取有序的、先進的納米復合材料的主要方向。
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