Colin Fyfe

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The proposal requests access to the 500 MHz, 750 MHz and 800 MHz spectrometers at the EMSL/HFMRF for structural studies of a number of solid materials including zeolite molecular sieves, minerals,…

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The proposal requests access to the 500 MHz, 750 MHz and 800/900 MHz spectrometers at the EMSL/HFMRF for structural studies of a number of solid materials including zeolite molecular sieves, minerals…

Very High Field, High Resolution Solid State NMR

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

Connectivities in the Solid State

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

Studies of Ultra-Stable Acid Zeolites/Investigations of AIPO4 Materials/Studies of Ceramic Materials

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The central role that these materials play in the petrochemical industry as cracking and reforming catalysts lends this project considerable importance and we feel that there will be substantial…

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIPO4 Materials, Studies of Ceramic Materials

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

Our work in the last period has advanced a number of projects, two of which are currently in different stages of publication. In addition, we have gained considerable experience in the operation of…

Further Studies of Ultra-Sable Acid Zeolites; Investigations of AIPO4 Materials; Studies of Ceramic Materials; Spin 1/2 Nuclei

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

Our work in the last period has advanced a number of project some of which are currently in different stages of publication. In addition, we have gained considerable experience in the operation of…

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIP04 Materials, Studies of Ceramic Materials

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

In the present reporting period, we have used the time allocated on the 750 MHz and 800 MHz spectrometers to work on new 27 Al 29 Si NMR experiments using a double-tuned MAS probe with a 10 mm coil…

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIP04 Materials, Studies of Ceramic Materials

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

(1) 27 Al MAS and MQMAS and NMR investigations of Acidic Zeolite-Y and related systems (2) 27 Al and 31P NMR investigations of AlPO4 materials (3) Complete studies of complex aluminophosphate…

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field.

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The proposal requests access to the 750 MHz and 800 MHz spectrometers at the EMSL/HFMRF for structural studies of a number of solid materials including zeolite molecular sieves, minerals, ceramics…

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The proposal requests access to the 750 and 800 MHz spectrometers at the EMSL/HFMRF for structural studies of a number of solid materials including zeolite molecular sieves, minerals, ceramics and…

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Lead Institution

University of British Columbia

Principal Investigator

Colin Fyfe

Project type

Capability Research

The proposal requests access to the 750MHz and 800MHz spectrometers at the EMSL/HFMRF for structural studies of a number of solid materials including zeolite catalyst molecular sieves, minerals,…

EMSL Science Overview

Colin Fyfe

Projects

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Very High Field, High Resolution Solid State NMR

Connectivities in the Solid State

Studies of Ultra-Stable Acid Zeolites/Investigations of AIPO4 Materials/Studies of Ceramic Materials

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIPO4 Materials, Studies of Ceramic Materials

Further Studies of Ultra-Sable Acid Zeolites; Investigations of AIPO4 Materials; Studies of Ceramic Materials; Spin 1/2 Nuclei

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIP04 Materials, Studies of Ceramic Materials

Technique Development, Further Studies of Ultra-stable Acid Zeolites, Investigations of AIP04 Materials, Studies of Ceramic Materials

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field.

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field

Structural Investigations of Solid Materials by High Resolution Solid State NMR at very High Field