APA

Grisedale L. C., Moffat J. G., Jamieson M. J., Belton P. S., Barker S. A. & Craig D. Q. M. (20131216). Development of photothermal FTIR microspectroscopy as a novel means of spatially identifying amorphous and crystalline salbutamol sulfate on composite surfaces. : Molecular pharmaceutics.

Chicago

Grisedale Louise C, Moffat Jonathan G, Jamieson Matthew J, Belton Peter S, Barker Susan A and Craig Duncan Q M. 20131216. Development of photothermal FTIR microspectroscopy as a novel means of spatially identifying amorphous and crystalline salbutamol sulfate on composite surfaces. : Molecular pharmaceutics.

Harvard

Grisedale L. C., Moffat J. G., Jamieson M. J., Belton P. S., Barker S. A. and Craig D. Q. M. (20131216). Development of photothermal FTIR microspectroscopy as a novel means of spatially identifying amorphous and crystalline salbutamol sulfate on composite surfaces. : Molecular pharmaceutics.

MLA

Grisedale Louise C, Moffat Jonathan G, Jamieson Matthew J, Belton Peter S, Barker Susan A and Craig Duncan Q M. Development of photothermal FTIR microspectroscopy as a novel means of spatially identifying amorphous and crystalline salbutamol sulfate on composite surfaces. : Molecular pharmaceutics. 20131216.