Skip to main content

Summer 2015, Volume 31, No. 2

Image

Summer 2015, Vol.31, No.2

Micro X-ray diffraction of cultural properties

Yurika Takumi and Masataka Maeyama
There are two basic objectives in scientific analysis of tangible cultural properties: appraisal of authenticity, and investigation of materials for purposes of preservation or restoration. Targets of these analyses are buildings, sculptures, paintings, craft objects, old documents and so on.

Analysis of polymers, minerals and pharmaceuticals by TG-DTA-MS

Yoshinobu Hosoi

Hyphenated methodology combined with thermal analysis and other analysis methods has been widely applied to the investigation of complex phenomena. Thermo Mass Photo is a thermogravimetry-differential thermal analysis-mass spectrometry (TG-DTA-MS) instrument, which is one of the most widespread hyphenated systems, and a main product in the lineup of Rigaku’s evolved...

TG-DTA/Photoionization mass spectrometer - Thermo Mass Photo

Thermo Mass Photo is a thermogravimetry-differential thermal analysis-mass spectrometry (TG-DTA-MS) instrument and a main product in the lineup of Rigaku’s evolved gas analytical systems. It consists of thermogravimetry-differential thermal analysis (TG-DTA) and photoionization mass spectrometry (PIMS) equipped with a skimmer-type interface. Weight change, endothermic or exothermic phenomena, and evolved gases...

Integrated X-ray diffraction software / SmartLab Studio II

SmartLab Studio II is an integrated X-ray diffraction software package for SmartLab 3, an automated multipurpose X-ray diffractometer. The package covers the full spectrum of operations required for X-ray diffraction analysis, including measurement, analysis, data display and reporting on a single platform. SmartLab Studio II is designed from the ground...

The creation of Rigaku Oxford Diffraction

Paul Swepston

I would like to take this opportunity to address the recent acquisition of Agilent’s XRD business by Rigaku Corporation and the subsequent creation of a new combined Rigaku Oxford Diffraction single crystal group.

Our decision to make this acquisition was based on a number of things, but key among those...