Add to ORKGIn order to reduce radiation damage in observing biological specimens, new cryogenic sample stage for soft X-ray microscope BL12 was designed. The system was designed to image hydrated biological specimen at temperature around 110 K. The cryostat allowed the specimen to be treated both by cooling in nitrogen vapor and by cooling with heat conduction through the liquid nitrogen. Using this system, the temperature of the sample stage was kept below 113K for 50 min
The x-ray microscope installed at the 3rd generation storage ring BESSY II is dedicated for applicat...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
The invention relates to a sample container that is designed to accommodate a cryogenically preserve...
In order to reduce radiation damage in observing biological specimens, a cryogenic sample stage for ...
We present the design of a new scanning force microscope specially suited for the investigation of s...
Soft x-ray microscopes routinely perform high-resolution 3D imaging of biological cells in their nea...
This dissertation is based on the study of biological systems and aqueous solutions at low temperatu...
Beamline P11 at PETRA III is dedicated to structural investigations of biological samples. It provid...
Nowadays ptychographic tomography in the hard x-ray regime, i.e., at energies above about 2 keV, is ...
Soft X ray microscopy is an ideal tool to fill the spatial resolution gap between visibl...
Beamline 2.1 (XM-2) is a transmission soft X-ray microscope in sector 2 of the Advanced Light Source...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
The presented thesis focuses on designing a cryogenic cell for the study of water ice in an environm...
The report summarizes the development of soft x-ray microscopes at the National Synchrotron Light So...
The x-ray microscope installed at the 3rd generation storage ring BESSY II is dedicated for applicat...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
The invention relates to a sample container that is designed to accommodate a cryogenically preserve...
In order to reduce radiation damage in observing biological specimens, a cryogenic sample stage for ...
We present the design of a new scanning force microscope specially suited for the investigation of s...
Soft x-ray microscopes routinely perform high-resolution 3D imaging of biological cells in their nea...
This dissertation is based on the study of biological systems and aqueous solutions at low temperatu...
Beamline P11 at PETRA III is dedicated to structural investigations of biological samples. It provid...
Nowadays ptychographic tomography in the hard x-ray regime, i.e., at energies above about 2 keV, is ...
Soft X ray microscopy is an ideal tool to fill the spatial resolution gap between visibl...
Beamline 2.1 (XM-2) is a transmission soft X-ray microscope in sector 2 of the Advanced Light Source...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
The presented thesis focuses on designing a cryogenic cell for the study of water ice in an environm...
The report summarizes the development of soft x-ray microscopes at the National Synchrotron Light So...
The x-ray microscope installed at the 3rd generation storage ring BESSY II is dedicated for applicat...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
The invention relates to a sample container that is designed to accommodate a cryogenically preserve...