There are some questions concerning the interpretation of the second peak in the atomic distribution curve of liquid oxygen published by Sharrah and Gingrich. An attempt to determine ozone content in liquid oxygen exposed to X-rays was made, but the amount sufficient to make appreciable contributions to the X-ray diffraction intensity was not detected. From this result, Gingrich\u27s interpretation that this peak originates from ozone, the amount being increased during the X-ray irradiation on liquid oxygen, was denied. Possibilities of the explanation of this second peak and the like peaks in the distribution curves of liquid nitrogen and liquid chlorine are suggested
Oxygen has been shown able to be released from aqueous water when the water flows through magnetic f...
In Ref. [1], we present and analyze experimental high resolution x-ray emission spectra (XES) of liq...
Several analyses of the vibration spectrum of ozone have been proposed in recent years, all of whic...
The origins of ghost peaks in the distribution curves of liquids obtained by X-ray diffraction exper...
The method for discriminating ghost peaks in the experimental radial distribution curves of liquids ...
Investigation of ether in the region of the critical point by the x-ray diffraction methods leads to...
Recently, experimental evidence for an oxygen isotope anomaly in surface-assisted ozone dissociation...
The vibrational distribution of nitric oxide in the polar ionosphere computed according to the one-...
In a typical X-ray diffraction experiment, the elastically scattered intensity, I(Q), is the experim...
It is to be assumed that the forces in a molecule are approximately invariant for an isotopic change...
In Ref. [1], we present and analyze experimental high resolution x-ray emission spectra (XES) of liq...
The structural investigation of water has a strong historical precedence, tracing roots at least as ...
The intensity-distribution in the wing accompanying Rayleigh radiation from liquid oxygen has been s...
The problem of trend estimation and surface concentration reconstruction for air pollutants is a dif...
[1] Mass spectrometer measurements during disturbed conditions have shown that heavier gases like N2...
Oxygen has been shown able to be released from aqueous water when the water flows through magnetic f...
In Ref. [1], we present and analyze experimental high resolution x-ray emission spectra (XES) of liq...
Several analyses of the vibration spectrum of ozone have been proposed in recent years, all of whic...
The origins of ghost peaks in the distribution curves of liquids obtained by X-ray diffraction exper...
The method for discriminating ghost peaks in the experimental radial distribution curves of liquids ...
Investigation of ether in the region of the critical point by the x-ray diffraction methods leads to...
Recently, experimental evidence for an oxygen isotope anomaly in surface-assisted ozone dissociation...
The vibrational distribution of nitric oxide in the polar ionosphere computed according to the one-...
In a typical X-ray diffraction experiment, the elastically scattered intensity, I(Q), is the experim...
It is to be assumed that the forces in a molecule are approximately invariant for an isotopic change...
In Ref. [1], we present and analyze experimental high resolution x-ray emission spectra (XES) of liq...
The structural investigation of water has a strong historical precedence, tracing roots at least as ...
The intensity-distribution in the wing accompanying Rayleigh radiation from liquid oxygen has been s...
The problem of trend estimation and surface concentration reconstruction for air pollutants is a dif...
[1] Mass spectrometer measurements during disturbed conditions have shown that heavier gases like N2...
Oxygen has been shown able to be released from aqueous water when the water flows through magnetic f...
In Ref. [1], we present and analyze experimental high resolution x-ray emission spectra (XES) of liq...
Several analyses of the vibration spectrum of ozone have been proposed in recent years, all of whic...