Thursday, September 9th, 2010

Interpretation of Mass Spectra Short Course: April 6 and 7, 2010

February 15, 2010 by admin  
Filed under Meetings

COURSE IS NOW FULL:  See ASMS Website for the same course offered at the ASMS national meeting in Salt Lake City.

COURSE DESCRIPTION: The Washington-Baltimore Mass Spectrometry Discussion Group (WBMSDG) will present a short course on “Interpretation of Mass Spectra.” This introductory level course on the qualitative interpretation of mass spectra of organic, biochemical and environmental compounds will be taught by solving practical examples. Registrants should be familiar with basic principles of organic chemistry. The principles of interpretation will be introduced through lectures and augmented through extensive problem-solving.  Although emphasis will be placed on the interpretation of electron ionization mass spectra, the concepts of chemical ionization, electrospray ionization, and MALDI will also be introduced. The workshop format and a high instructor:student ratio are designed to benefit those with little or no experience, but who wish to expand their interpretation skills.  This is the same short course that the WBMSDG presents each year at the ASMS Annual Conference.

FORMAT A workshop format and limited class size will ensure the participants ample opportunity to interact with the instructors.

WHO SHOULD ATTEND: Chemists and Laboratory Personnel with no formal training in mass spectrometry, and Chromatographers who are using mass selective detectors or ion traps as chromatography detectors. A knowledge of basic organic chemistry will be assumed.

DATE/PLACE: April 6 and 7, 2010 – 8:30 a.m. to 5:00 p.m. (ample free parking available)

Shimadzu Scientific Instruments, Inc., 7100 Riverwood Drive, Columbia, Maryland 21046. Directions: for driving directions and map, see:  http://wbmsdg.org/wordpress/

REGISTRATION: Early registration is recommended and encouraged! Course enrollment will be limited to 36 students to ensure a high instructor to student ratio. Registration fee includes textbooks, course materials, lunches and coffee breaks. To register, complete and return the attached pdf - shortcourse2010

Registration Fee

If payment received by March 15, 2010: $ 400 (full); $ 250 (student)

If payment received after March 15, 2010:$ 425 (full);  $ 275 (student)

*Students must be enrolled full-time in a degree program up to and including the Ph.D. and must attach verification of current full-time student status by providing both a copy of your student I.D. and a letter from your department chairman or research advisor on university stationery verifying your student status.

A non-refundable charge of $95 will apply to all cancellations received in writing before March 15, 2010, and will be processed after the course. No refunds will be made after that date. Registrants who are unable to attend may send a substitute and must immediately contact the Course Manager.

CEU’s Course rated as 1.5 Continuing Education Units (CEUs)

CONTACT Ms. Janet Cunningham, Course Manager; Barr Enterprises, P.O. Box 8032, West Grove, PA 19390

Phone 301-668-6001; e-mail janetbarr@aol.com

February 22, 2010 Meeting

February 10, 2010 by admin  
Filed under Meetings

Topic: Aerosol Mass Spectrometry: How it works and what it tells us about the air we breathe

Speaker: Professor Murray Johnston, Department of Chemistry, University of Delaware

Time: 7:30 pm

Location: Shimadzu Scientific Instrument, Inc. Training Center 7100 Riverwood Drive, Columbia, MD 21046

Meeting Directions

Dinner: Please join co-chairs Alexei Gapeev, Berk Oktem and the speaker for dinner at for dinner at the Ram’s Head Tavern at Savage Mill, 8600 Foundry Street, Savage, MD 20763 at 5:00 pm. Contact Alexei Gapeev (gapeev@umbc.edu ) and let him know you will be there.

Abstract: Aerosol mass spectrometers measure the time-resolved chemical composition of airborne particles. Our laboratory has developed several instruments, each based on a different detection principle targeting a specific combination of particle size and chemical components – from the nanometer to micrometer size range and from semivolatile organic compounds to refractory inorganic materials. These instruments have been used in the field to characterize ambient air and in the laboratory to study chemical processes associated with particle formation and growth.  This presentation will provide an overview of the methodology associated with these instruments and what they tell us about atmospheric processes.