Picture Title: A" 6-Neck Jacketed Reaction Flask” by Mat Davis, Nathan Menz and Ben Palmer

Abstract: The final project of three Salem Community College students.

Picture Title: “3.5 inch diameter Pyrex/silicon-windowed cell in polarized light showing compression stress (blue)” by Jack Fuller

Article Title: Fusion Bonding of Pyrex/Silicon Window Cells by Dr. Thomas R. Gentile and John Fuller  

Abstract: Further advances in neutron science are requiring the use of Pyrex/silicon-windowed cells. Silicon, being practically transparent to neutrons, is an excellent choice as a window material. Because of its compatibility with Pyrex, which can be optically pumped, a suitable cell can be made for this research.

"“Photochromic Ophthalmic Lenses by Corning”
From the Corning Incorporated Archives

In this paper, we explore some of the ways ultraviolet light affects certain glasses to alter their color.  We concentrate on solarization, its history and chemistry.  Solarization is compared with reversible darkening of photochromic ophthalmic glass.

"“Rectangular Cell Fabrication” by Steven M. Anderson

The title of the article is "Rectangular Tubing for cell culturing, reagent boats and dissection chambers” by Steven M. Anderson

The fabrication of cells and chambers using rectangular tubing and plate glass.

"Atomic Magnetometer" by Michael J. Souza

The title of the article is "An Ultra-Sensitive Atomic Magnetometer" by Michael J. Souza

An aluminosilicate glass cell was used to create an Atomic Magnetometer so sensitive that it is believed to have a measured field sensitivity greater than two magnitudes higher than any previous recorded magnetometer. This paper will describe the principals of magnetometers, the construction of the cell and its possible applications..

"Glassblowers and the Firewagon They Rode In On." by Tracy Drier Photo Credit: Jeff Miller, UW-Madison

The title of the article is "The Firewagon Concept for Public Outreach" by Tracy O. Drier and Tim A. Drier

The Firewagon concept involves a safe, efficient and portable glassblowing podium which is used for public outreach. Because of the unique aspect of scientific glassblowing, we have an exciting opportunity through outreach to further our dialog with the public regarding glass, glassblowing and our contributions and value to science and scientific research.

“Aortic Artery With Heart Chambers” by Wade Martindale.
        Photo credit: Harte Robba, San Pedro, CA.

 The title of the related article is:
    "Heart Model Displayed at the Smithsonian Institution" by Gary Farlow.

This article covers the relationship between the scientific glassblowing industry and the medical device community by describing a glass heart model complete with the major arteries in the vascular system of the upper chest.  This anatomical model will be a part of a display of medical devices at the Smithsonian Institute.

“Pyrex Brewster Cell with Windows Vacuum Fused Using Glass Transfer Tape" by John E. Fuller

Sometimes there are cell designs that are difficult or impossible to fabricate using flame optical fusing techniques. Brewster Angle cells are not impossible, but ones with large body diameters can be difficult to make. By using glass transfer tapes and vacuum sealing, the problems associated with optical fusing can be avoided. The result is a visually pleasing, functional seal.

“"Quartz Light Rods" by Scott Bankroff

The title of the article is “Quartz Light Rods" by Scott Bankroff

9mm diameter quartz light rods were used to monitor the viscosity of fluids. Though seemingly simple on paper, this project proved to be a bit of a challenge in application due to the tight tolerances..