火驅法 的英文怎麼說

中文拼音 [huǒ]
火驅法 英文
fire flooding process
  • : fire
  • : 動詞1. (趕) drive (a horse, car, etc. ) 2. (快跑) run quickly 3. (趕走) expel; disperse
  • : Ⅰ名詞1 (由國家制定或認可的行為規則的總稱) law 2 (方法; 方式) way; method; mode; means 3 (標...
  1. What crime was this, that lived incarnate in this sequestered mansion, and could neither be expelled nor subdued by the owner ? - what mystery, that broke out now in fire and now in blood, at the deadest hours of night

    究竟是一種什麼罪行,以人的化身出現,蟄居在這座與世隔絕的大廈里,房主人既無趕也難以制服?究竟是什麼不可思議的東西,在夜深人靜之時沖將出來,弄得一會兒起,一會兒流血?
  2. Critical of china ? s overwhelming social injustice in the 1930s, he used his films as a vehicle to express his displeasure from an intellectual ? s conscience, yet always aimed for realism and humanism rather than overtly emotional propaganda. his fresh approach with thorough dramatic structure told with conviction, romantic lyricism, humour and youthful passion had won him much applause and the laurel of ? poet of cinema ?

    從《野玫瑰》 ( 1931 )到《山情血》 ( 1932 ) 、 《天明》 ( 1933 )到《小玩意》 ( 1933 ) ,他都被澎湃的創作熱情和理想所動,借用西方戲劇結構和新穎的電影手,表現出追求公義的信念與浪漫詩意、幽默趣味和青春活力,因而贏得贊賞,被尊為電影詩人。
  3. In this paper, the al3 + - doped zno thin films were prepared on na - ca - si glass substrate ( microscope slides ) by sol - gel process from 2 - methoxyethanol solution prepared by zinc acetate as premonitor, monoethanolamine as stabilizator and aluminum chloride reaction. homogenous, transparent, polycrystalline zno thin film was formed finally by diping coating conducted for film - plate on substrate, drying, pre - heat - treatment, anealing

    所用的溶膠是以乙二醇甲醚為溶劑,醋酸鋅為前體,乙醇胺為穩定劑反應制得,用浸漬提拉在基體上鍍膜,經烘烤、預燒、退,最後形成均勻、透明的多晶zno薄膜。
  4. We use a firewall to protect our hard drives from unauthorised access

    我們使用防墻保護我們的硬盤動器免遭非侵入。
  5. Wang huonan had a sorcerer exorcise the property , but a few months later there was another fire

    王獲楠請了一個師給家裡邪,但是幾個月以後又著了。
  6. Ignite - can now be dispelled by any effect that dispels magic effects

    點燃(系重擊后造成持續傷害的天賦) -能被當作魔效果散。 。 。無語。 。 。
  7. Vehicles, motorboats and spark - ignited engine - driven devices - radio disturbance characteristics - limits and methods of measurement

    車輛機動船和由花點發動機動的裝置的無線電騷擾特性的限值和測量方
  8. Test limits and methods of measurement of radio disturbance characteristics of vehicles, motorboats, and spark - ignited engine - driven devices

    車輛電動船和花點燃式發動機動的無線電干擾特性的測量方和試驗限值
  9. Electrifification : the control and generation of electrical current, from powering an electrical device with one ' s own pyros to throwing deadly bolts of lightning

    電術:控制和生成電流之,如用角色自身的聖動電力裝置,或投擲致命的電矢等。
  10. The sandwiched films with the structure of 2. 5um / 2um / 2um and 2u m / 2um / 2 u m have been prepared by covered - module method. gmi effect will be studied in deposited and annealed samples with variation of magnetic field, driving frequency and current

    用掩膜制備了每層厚度為2 m和2 . 6 m的三明治膜,將研究退前後樣品的gmi效應,包括隨磁場、動頻率、交流幅值的變化。
  11. Application of simulation annealing algorithm in calculation of relative permeability from unsteady - state displacement experimental data

    模擬退演算在基於非穩態替實驗的相對滲透率計算中的應用
  12. Superconducting mgb2 thin films were fabricated on single - crystal sapphire substrate by hfcvd and hpcvd, respectively. the experiments were carried out both in situ and ex situ. in situ method refers to acquiring mgb2 thin films directly during the deposition process. ex situ method is defined as obtaining mgb2 thin films indirectly by post - annealing of precursor b film in high mg vapor pressure at high temperatures

    實驗分原位和非原位兩種工藝,原位是在薄膜沉積過程中直接生成了mgb2超導薄膜;非原位是先在基片上沉積前物b膜,然後將b膜在mg蒸氣中高溫退得到mgb2超導薄膜。
  13. The results indicates that superconducting mgb2 thin films can be prepared by hfcvd in a single - step with the maximum critical transition temperature tc of 36k ; the best critical transition temperature tc of thin films grown by hpcvd in a single - step is 34k. the optimal zero resistance temperature tco of thin films fabricated ex situ is 37 k by post - annealing of precursor b film at 800 for 1 h under high mg vapor pressure

    實驗結果表明,用hfcvd在400原位制備了臨界溫度為36k的mgb2超導薄膜;用hpcvd在700原位制備了臨界溫度為34k的mgb2超導薄膜;將300制備的前物b膜在mg蒸氣中800保溫1h非原位退,制備了臨界溫度為37k的mgb2超導薄膜。
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