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- Nuclear effects produce hyperfine structure. 原子核的影響引起超精細結構。
- Isotope shifts and hyperfine structure spectrum[J]. 引用該論文 馬洪良.
- A new measurement on hyperfine structure of 139LaI[J]. 引用該論文 賈列娟;景春陽(yáng);林福成.
- Hyperfine structure of highly-lying levels of Uranium 235 using TLS method[J]. 引用該論文 熊夏幸;李世芳;沈一菁;景春陽(yáng);胡企銓;林福成.
- Hyperfine Structure Measurements on High-Lying Levels of Lanthanum by Laser Fluorescence Spectroscopy[J]. 引用該論文 管?chē)?景春陽(yáng);賈列娟;周志堯;林福成.
- Measurement of hyperfine structure constant of high excited levels in 169TmI[J]. 引用該論文 周志堯;朱利洲;景春陽(yáng);張哨峰;林福成.
- Measurement of Ho I hyperfine structure spectra with optogalvanic spectroscopy[J]. 引用該論文 周志堯;朱利洲;景春陽(yáng);林福成.
- Measurement of Pri hyperfine structure spectra by fluorescence in hollow cathode discharge lamp[J]. 引用該論文 周志堯;朱利洲;翟佳男;景春陽(yáng);林福成.
- The EPR spectrum shows that the hyperfine structure isproduced by ~(63)Cu nuclei,and the ligand hyperfine structure by ~(31)Pnuclei. 電子順磁共振譜顯示出由~(63)Cu 和~(65)Cu 的磁性核引起的超精細結構以及由配體 ~(31)P 的磁性核引起的配體超精細結構.
- The electron micrographes showed that the hyperfine structure of lung had great changes after the accurance of pneumonedema. 但本組考慮到甘露醇又有強大的利尿脫水作用，又有可能用于搶救。
- Then we compared the efficacy of each approach and prepared electron micrographs to observe the changes in hyperfine structure. 呋噻米作為高效利尿藥的代表治療肺水腫的效果已得到公認；
- We used laser-induced fluoresence technique to investigate the hyperfine structure (hfs) of La I in a hand-made La-Kr cathode discharge tube with R6G and DCM dye. 我們在自制的La-Kr陰極燈中,利用激光誘導熒光法,在羅丹明6G和DCM染料波長(cháng)范圍內,對鑭的超精細結構進(jìn)行了較詳細研究。
- Objective: To establish the model of pneumonedema in rabbits,explore the physiopathology and hyperfine structure of pneumonedema and research responsive pharmacotherapy. 肺水腫是指肺血管內液體滲入肺間質(zhì)和肺泡，使肺血管外液量增多的病理狀態(tài)。
- It follows that two experiments of hyperfine structure of atomic energy level which are called magnetic resonamce experiment and co-line expression beam interative experiment. 介紹了研究原子能級超精細結構的兩個(gè)實(shí)驗:磁共振實(shí)驗、共線(xiàn)快離子束相互作用實(shí)驗。
- The isotope shifts, hyperfine structure, spontaneous emission branch ratio of the first excited level and Doppler width of the atom vapor beam were measured using laser induced fluorescence. 采用原子蒸氣束激光誘導熒光法測量釓原子的第一激發(fā)態(tài)的同位素位移及超精細結構、原子躍遷自發(fā)輻射的分支比和原子蒸氣束的多普勒寬度。
- This article is aimed at introducing the generation principle of fine structure and hyperfine structure of atomic energy level,with its experimental result improved, designed and illustrated. 介紹了原子能級的精細結構與超精細結構的產(chǎn)生原理,對研究原子能級精細結構的兩個(gè)實(shí)驗作了改進(jìn)、設計及說(shuō)明。
- The fine and hyperfine structures in paramagnetic resonance spectra of ~5Mn~(2+) ions in natural calcite have been studied at the microwave frequencies of about 9400MHz. 我們研究了天然方解石中~(55)Mn~(2+)離子在微波頻率約為9400兆赫頻段的順磁共振譜的精細結構和超精細結構。
- hyperfine structure of spectral line 光譜線(xiàn)超精細結構
- Isotope shifts and hyperfine structure spectrum 釹離子同位素移位和超精細結構光譜
- The results show that this scheme is infeasible for isotopic analysis utilizing broad-band lasers by LRIMS because the Rabi frequency between transition levels can not match well in the presence of hyperfine structures. 結果表明:由于超精細結構能級激勵拉比頻率很難滿(mǎn)足匹配條件;該方案很難用于寬帶激光激勵電離LRIMS同位素分析中.
