AbstractThe optical designs of two new types of mass spectrographs were studied. The first is a system that possesses a specially shaped magnet output boundary to satisfy the double-focusing condition for a wide mass range. The focal plane is usually curved. The second system is one in which a parallel ion beam is generated before the magnet, forming a straight double-focusing line. By introducing a quadrupole lens doublet such that the ion beam may be deflected in the same direction through the electric and magnetic fields, the overall image magnification can be arbitrarily controlled and stigmatic focusing achieved for the median ray
A magnetic spectrograph especially designed for interface and thin film analysis has been installed ...
It has been determined the ion-optical properties and characteristics of prism mass analyzer with se...
The purpose of this study was to design a quadrupole secondary ion mass spectrometer for simultaneou...
AbstractThe optical designs of two new types of mass spectrographs were studied. The first is a syst...
Theoretical and experimental ion-optical studies of multistage isotope-ratio mass spectrometers were...
The ion optical design of a simple magnetic spectrograph for nuclear reaction studies at the Karlsru...
An attempt was made to develop " the mass spectrographic microscope " proposed by SASAKI a...
<p>Mass spectrometry is widely considered to be the gold standard of elemental analysis techniques d...
This paper presents design parameters of mass analysis magnets used for achieving second-order doubl...
Chapter I describes how, by the application of magnetic lenses, the size of electron diffraction pat...
A fifteen inch magnetic spectrometer using its fringing field to achieve double focusing has been de...
A new type of mass spectrometer has been constructed in which no magnetic fields are used. By applyi...
A plasma-source, simultaneously detecting, Mattauch-Herzog mass spectrograph for multi-element analy...
An electrostatic quadrupole doublet lens system has been designed and constructed to provide strong,...
ABSTRACT Investigation on the ion optical properties of homogeneous magnetic sector field has been c...
A magnetic spectrograph especially designed for interface and thin film analysis has been installed ...
It has been determined the ion-optical properties and characteristics of prism mass analyzer with se...
The purpose of this study was to design a quadrupole secondary ion mass spectrometer for simultaneou...
AbstractThe optical designs of two new types of mass spectrographs were studied. The first is a syst...
Theoretical and experimental ion-optical studies of multistage isotope-ratio mass spectrometers were...
The ion optical design of a simple magnetic spectrograph for nuclear reaction studies at the Karlsru...
An attempt was made to develop " the mass spectrographic microscope " proposed by SASAKI a...
<p>Mass spectrometry is widely considered to be the gold standard of elemental analysis techniques d...
This paper presents design parameters of mass analysis magnets used for achieving second-order doubl...
Chapter I describes how, by the application of magnetic lenses, the size of electron diffraction pat...
A fifteen inch magnetic spectrometer using its fringing field to achieve double focusing has been de...
A new type of mass spectrometer has been constructed in which no magnetic fields are used. By applyi...
A plasma-source, simultaneously detecting, Mattauch-Herzog mass spectrograph for multi-element analy...
An electrostatic quadrupole doublet lens system has been designed and constructed to provide strong,...
ABSTRACT Investigation on the ion optical properties of homogeneous magnetic sector field has been c...
A magnetic spectrograph especially designed for interface and thin film analysis has been installed ...
It has been determined the ion-optical properties and characteristics of prism mass analyzer with se...
The purpose of this study was to design a quadrupole secondary ion mass spectrometer for simultaneou...