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 …

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 …

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 …

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 …

Soft x-ray contact microscopy (SXCM) is a technique which can image the ultrastructure of
living biological specimens at a resolution considerably better than light microscopy (LM) …

Of the three main approaches to soft x-ray microscopy currently being investigated (contact,
scanning, and direct imaging), we believe that, at present, contact microscopy provides the …

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 microscopy of biological specimens with nano-second exposure times has been
accomplished in the past using the large (1005) Vulcan and Sprite lasers at the Rutherford …

The high intensities generated by laser produced plasmas in the water window (23–44Å)
region of the x-ray spectrum make possible single shot contact x-ray microsocopy of living …

Soft X-ray contact microscopy potentially allows imaging of wet living biological specimens
at a spatial resolution higher than optical microscopy and without many of the constraints of …