Images of living green alga chlamydomonas were obtained using shoft X-rays in the water
window (2.3–4.4 nm). The specimen was placed on a photoresist, which acts as the …

Soft x-ray contact microscopy provides the biologist with a technique for examining the
ultrastructure of living cells at a much higher resolution than that possible by various forms of …

We report on the use of an epoxy novolac chemically amplified photoresist to produce X-ray
images of living biological specimens in the water window using laser plasma generated …

In this paper, the use of lithium fluoride (LiF) as imaging radiation detector to analyse living
cells by single‐shot soft X‐ray contact microscopy is presented. High resolved X‐ray images …

Soft X‐ray contact microscopy (SXCM), using a pulsed X‐ray source, offers the possibility of
imaging the ultrastructure of living biological systems at sub‐100 nm resolution. We have …

A lithium fluoride (LiF) crystal has been utilized as a new soft X‐ray detector to image
different biological samples at a high spatial resolution. This new type of image detector for …

Soft x-ray contact microscopy (SXCM), using a pulsed x-ray source, offers the possibility of
imaging the ultrastructure of living biological systems at sub-50nm resolution. We have …

Images of filamentous and unicellular algae have been obtained by soft X‐ray (wavelength
2.05‐4.4 nm) contact microscopy (SXCM), using synchrotron radiation, and the images …

The use of a high energy laser source for soft x-ray contact microscopy is discussed. Several
different targets were used and their emission spectra compared. The x-ray emission, inside …

We report on the use of an epoxy based chemically amplified resist, to produce x-ray images
of living biological specimens, exposed with laser plasma generated soft x rays, in the water …