RISS 검색 - 국내학술지논문 상세보기

다국어 초록 (Multilingual Abstract)

Time-resolved x-ray liquidography (TRXL) is a powerful technique to study molecular structural dynamics in the solution phase. Typically, a TRXL experiment is conducted during limited beamtime at a beamline of a synchrotron or an x-ray free-electron laser, demanding a proper design and careful planning.
In this regard, the optimal q range needs to be determined to find the optimal x-ray energy and sample-to-detector distance. For such purpose, here, we present effective ways to quantify the sensitivity of the TRXL data as a function of q to various factors such as the atomic positions, internuclear distances, solvent cage, and bulk solvent. The developed approaches are also applicable to other types of time-resolved diffraction, such as ultrafast electron diffraction.

참고문헌 (Reference)

1 H. Ihee, 42 : 356-, 2009

2 J. G. Kim, 48 : 2200-, 2015

3 H. Ki, 68 : 473-, 2017

4 J. G. Kim, 54 : 1685-, 2021

5 R. Neutze, 87 : 195508-, 2001

6 H. Ihee, 309 : 1223-, 2005

7 Q. Kong, 109 : 10451-, 2005

8 A. Plech, 401 : 565-, 2005

9 M. Cammarata, 124 : 124504-, 2006

10 T. K. Kim, 103 : 9410-, 2006

1 H. Ihee, 42 : 356-, 2009

2 J. G. Kim, 48 : 2200-, 2015

3 H. Ki, 68 : 473-, 2017

4 J. G. Kim, 54 : 1685-, 2021

5 R. Neutze, 87 : 195508-, 2001

6 H. Ihee, 309 : 1223-, 2005

7 Q. Kong, 109 : 10451-, 2005

8 A. Plech, 401 : 565-, 2005

9 M. Cammarata, 124 : 124504-, 2006

10 T. K. Kim, 103 : 9410-, 2006

11 J. H. Lee, 125 : 174504-, 2006

12 M. Wulff, 124 : 034501-, 2006

13 Q. Kong, 129 : 13584-, 2007

14 J. H. Lee, 879 : 1262-, 2007

15 M. Wulff, 879 : 1187-, 2007

16 M. Cammarata, 5 : 881-, 2008

17 Q. Kong, 47 : 5550-, 2008

18 J. H. Lee, 47 : 1047-, 2008

19 J. H. Lee, 130 : 5834-, 2008

20 S. Ahn, 113 : 13131-, 2009

21 M. Christensen, 131 : 502-, 2009

22 K. Ichiyanagi, 16 : 391-, 2009

23 S. Jun, 12 : 11536-, 2010

24 Q. Kong, 66 : 252-, 2010

25 Q. Kong, 132 : 2600-, 2010

26 K. Haldrup, 50 : 9329-, 2011

27 S. Ibrahimkutty, 5 : 3788-, 2011

28 J. Kim, 2 : 350-, 2011

29 K. H. Kim, 47 : 289-, 2011

30 P. L. Ramachandran, 133 : 9395-, 2011

31 L. Guerin, 25 : 25-, 2012

32 T. W. Kim, 134 : 3145-, 2012

33 J. Kim, 116 : 2713-, 2012

34 K. H. Kim, 134 : 7001-, 2012

35 K. H. Kim, 14 : 3687-, 2013

36 J. H. Lee, 135 : 3255-, 2013

37 K. Y. Oang, 5 : 804-, 2014

38 K. Y. Oang, 422 : 137-, 2014

39 H. Takala, 509 : 245-, 2014

40 K. H. Kim, 17 : 8633-, 2015

41 K. H. Kim, 17 : 23298-, 2015

42 E. Malmerberg, 8 : 8-, 2015

43 A. Björling, 2 : e1600920-, 2016

44 J. G. Kim, 3 : 023610-, 2016

45 T. W. Kim, 18 : 8911-, 2016

46 K. Haldrup, 120 : 7475-, 2016

47 D. Rimmerman, 8 : 4413-, 2017

48 O. Berntsson, 8 : 284-, 2017

49 C. W. Ahn, 9 : 647-, 2018

50 Y. Kim, 122 : 4513-, 2018

51 D. Leshchev, 9 : 405-, 2018

52 D. Rimmerman, 122 : 5218-, 2018

53 C. Yang, 19 : 19-, 2018

54 E. H. Choi, 10 : 1279-, 2019

55 D. J. Heyes, 2 : 1-, 2019

56 D. J. Hsu, 10 : 9788-, 2019

57 D. Khakhulin, 21 : 9277-, 2019

58 D. Leshchev, 151 : 054310-, 2019

59 S. Park, 150 : 224201-, 2019

60 D. Rimmerman, 123 : 2016-, 2016

61 H. Ki, 21 : 21-, 2020

62 H. Kim, 124 : 1550-, 2020

63 T. W. Kim, 117 : 14996-, 2020

64 M. Choi, 12 : 8207-, 2021

65 S. J. Lee, 2 : 100512-, 2021

66 D. Arnlund, 11 : 923-, 2014

67 S. E. Canton, 6 : 6359-, 2015

68 M. Levantino, 6 : 6772-, 2015

69 E. Biasin, 117 : 013002-, 2016

70 J. G. Kim, 582 : 520-, 2020

71 K. H. Kim, 125 : 076002-, 2020

72 E. Biasin, 13 : 343-, 2021

73 E. H. Choi, 12 : 4732-, 2021

74 H. Kim, 12 : 2114-, 2021

75 M. E. Reinhard, 12 : 12-, 2021

76 A. Plech, 14 : 288-, 2007

77 T. K. Kim, 10 : 2915-, 2009

78 H. Ihee, 29 : 453-, 2010

79 J. Kim, 66 : 270-, 2010

80 J. H. Lee, 21 : 37-, 2010

81 K. H. Kim, 110 : 165505-, 2013

82 K. H. Kim, 1 : 011301-, 2014

83 J. Kim, 52 : 3734-, 2016

84 K. H. Kim, 3 : 043209-, 2016

85 Y. Lee, 12 : 3677-, 2021

86 J. G. Kim, 48 : 244005-, 2015

87 K. H. Kim, 518 : 385-, 2015

88 J. Kim, 27 : 633-, 2020

89 D. Waasmaier, 51 : 416-, 1995

90 K. S. Kjær, 15 : 15003-, 2013

91 H. Ihee, 106 : 4087-, 2002

92 B. N. Figgis, 31 : 57-, 1978

93 J. Cao, 96 : 338-, 1999

94 H. Ihee, 40 : 1532-, 2001

95 H. Ihee, 353 : 325-, 2002

96 Jun Ha Kim ; Byoungseok Min ; Young Duck Yun ; Hyeong Joo Choi ; 진경식, "Size-Exclusion Chromatography Coupled with Small-Angle X-Ray Scattering on the 4C Small-Angle X-Ray Scattering Beamline at Pohang Light Source II" 대한화학회 41 (41): 1052-1055, 2020

97 Ga-Eun Lee ; Mi-Ri Shin ; 강한영, "Ring-opening of cis-3-Substituted-2-vinylaziridines with Heteroatom Nucleophiles" 대한화학회 35 (35): 695-696, 2014

98 김호중 ; 조성 ; 박정수, "Columnar Liquid Crystalline Self-Assembly of Hydrogen-Bonded Rod–Coil Diblock Complexes Created from Pyrazole/Benzoic acid Derivatives" 대한화학회 36 (36): 2740-2745, 2015

연월일	이력구분	이력상세
2023	평가예정	해외DB학술지평가 신청대상 (해외등재 학술지 평가)
2020-01-01	평가	등재학술지 유지 (해외등재 학술지 평가)
2008-01-01	평가	SCI 등재 (기타)
2006-01-01	평가	등재학술지 유지 (등재유지)
2004-01-01	평가	등재학술지 유지 (등재유지)
2001-07-01	평가	등재학술지 선정 (등재후보2차)
1998-01-01	평가	등재후보학술지 선정 (신규평가)

기준연도	WOS-KCI 통합IF(2년)	KCIF(2년)	KCIF(3년)
2016	0.58	0.11	0.38
KCIF(4년)	KCIF(5년)	중심성지수(3년)	즉시성지수
0.28	0.23	0.213	0.04

상세검색

RISS 보유자료

상세검색

해외전자자료

Sensitivity of time‐resolved diffraction data to changes in internuclear distances and atomic positions

부가정보

동일학술지(권/호) 다른 논문

분석정보

인용정보 인용지수 설명보기

연관 공개강의(KOCW)

이 자료와 함께 이용한 RISS 자료

나만을 위한 추천자료