ライフサイエンスコーパス: X-ray image

1 Bragg peak positions in the two-dimensional X-ray images.

2 e million times better than the current best X-ray images.

3 d as a valuable capability of phase contrast x-ray imaging.

4 ions inside living beetles using synchrotron x-ray imaging.

5 enous injection relative to absorption-based x-ray imaging.

6 developed technique of ultrafast synchrotron X-ray imaging.

7 ed theory for absorption- and phase-contrast X-ray imaging.

8 ower stalk was analyzed by energy dispersive x-ray imaging.

9 dynamic connectivity," using fast pore-scale X-ray imaging.

10 readily detectable by magnetic resonance and X-ray imaging 3 weeks after infection, and high levels o

11 We employ the high-speed synchrotron hard X-ray imaging and diffraction techniques to monitor the

12 the development of key imaging instruments: x-ray imaging and emission tomography (nuclear imaging a

13 Recent major advances in x-ray imaging and spectroscopy of clusters have allowed

14 We used phase-contrast synchrotron X-ray imaging and transmission light microscopy to direc

15 sessed using histology, diffraction-enhanced x-ray imaging, and texture analysis.

16 ddress this issue, we present an alternative X-ray imaging approach to produce transmission, phase an

17 ions of more advanced--and more challenging--X-ray imaging approaches, such as X-ray multimodal tomog

18 A variety of techniques in X-ray imaging are currently being developed that may pro

19 e signal is, nevertheless, of great value in X-ray imaging as it is complementary to the absorption i

20 ectron microscopy, light microscopy, medical X-ray imaging, astronomy, etc.

21 ts show that both commercial and synchrotron X-ray imaging can be successfully applied to leaf venati

22 produced at LCLS take place at the Coherent X-ray Imaging (CXI) instrument, which can produce spotsi

23 the histologic findings with the findings on x-ray images demonstrated that the lucencies seen by usi

24 The method employs a spectroscopic X-ray imaging detector with sufficient energy resolution

25 ne (excluding the laser) is dominated by the x-ray imaging distances rather than the electron acceler

26 uasicrystals, we performed synchrotron-based X-ray imaging experiments on a decagonal phase with comp

27 Cross-sectional X-ray imaging has become the standard for staging most s

28 X-ray imaging has been effectively used to examine the m

29 Synchrotron X-ray imaging has been successfully used to visualize mi

30 High energy X-ray imaging has unique advantage over conventional X-r

31 s have played a major role in nanoscale soft X-ray imaging, high-resolution and high-efficiency diffr

32 adapts to all those situations in which the X-ray image is obtained by scanning a sample through the

33 In clinical practice, X-ray imaging is still an important examination performe

34 When applied to x-ray imaging, it enables a polychromatic far-field inte

35 s are the current limitations of ultrasound, x-ray imaging, magnetic resonance imaging (MRI), single-

36 The prospects of molecular imaging by x-ray imaging may not be as bleak as has been predicted.

37 ging method has advantages compared to other X-ray imaging methods in simplicity of experimental arra

38 Micro-CT and x-ray images of the AuNP-infused PPDO sutures showed sig

39 ined high-resolution (approximately 1") deep x-ray images of the globular cluster 47Tucanae (NGC 104)

40 nert valence electrons, making time-resolved X-ray imaging of chemically active valence electron dens

41 IPAA compliance, this work involved detailed x-ray imaging of discarded tissue from two mastectomy sp

42 X-ray imaging of leaf veins is potentially rapid, of hig

43 Here, we report noninvasive X-ray imaging of renal clearable gold NPs (AuNPs) in nor

44 o currently available techniques enables the x-ray imaging of tumors that are just a few millimeters

45 We also tested non-destructive X-ray imaging on whole Drosophila brains to evaluate con

46 urement that uses synchrotron phase contrast X-ray imaging (PCXI) to non-invasively measure the trans

47 Synchrotron X-ray imaging provides an exciting new window into the i

48 High-speed x-ray imaging shows that below the surface, the lizard n

49 Time-resolved x-ray imaging shows that the magnetization dynamics of a

50 aging has unique advantage over conventional X-ray imaging, since it enables higher penetration into

51 Here we report X-ray imaging spectroscopy observations which reveal a f

52 Here we used a novel x-ray imaging system to spatially map the responses of h

53 discuss the application of a newly developed x-ray imaging technique called Spatial Frequency Heterod

54 ation, using a time-resolved pump-probe soft X-ray imaging technique.

55 elative approach combining three-dimensional X-ray imaging techniques at different length scales for

56 X-ray imaging techniques that capture variations in the

57 ctron microscopy (TEM) and synchrotron-based X-ray imaging techniques.

58 can accurately assess the percentage of the x-ray image that is "dense," but this does not accuratel

59 In the x-ray image, the tip of the papilla was marked with a ra

60 o 17.7 mm), and infarct registered with live x-ray images to facilitate device navigation and choice

61 aracteristic inflammatory changes present on X-ray imaging typical for the most commonly diagnosed rh

62 he composite's microstructure captured by 3D X-ray imaging using a nano-computed tomographic scanner.

63 Using X-ray images we showed that individuals decreased the si

64 peed videography, embedded force sensing and X-ray imaging, we capture the detailed dynamics of this

65 By combining phase contrast X-ray imaging with an image reconstruction method known

66 laboratories were experimenting with simple x-ray images within the first year of the discovery of s