Instrumentation Requirements for the Princeton University Electric Propulsion Laboratory Research Program

1988 ◽  
Author(s):  
A. J. Kelly
1970 ◽  
Author(s):  
A. FANCHIOTTI ◽  
S. FANTO ◽  
V. NASO ◽  
F. PIPERNO ◽  
G. SIMONI ◽  
...  

1987 ◽  
Vol 70 (6) ◽  
pp. 1069-1072
Author(s):  
Randall R Watt ◽  
Larry T Cupitt

Abstract A sample accountability quality assurance (QA) program is described for a field and laboratory research effort which resulted in collection of approximately 2000 samples for analysis by several EPA and contractor laboratories. A QA program was specifically developed for this research program to include sample transfer from collection site to storage maintenance, record development, transfer to researchers, and sample tracking at all stages. A sample identification system and sample custody records are described for field and laboratory application. The functions of a sample coordinator are also described as relating to sample custody, coordination of sample analysis with researchers, and development of computer record files to facilitate research and sample tracking.


1964 ◽  
Vol 1 (9) ◽  
pp. 18
Author(s):  
Per Bruun ◽  
James Purpura

The Coastal Engineering Laboratory of the University of Florida is at present carrying out a combined field and laboratory research program to gain quantitative information on littoral drift longshore as well as perpendicular to the shore. The laboratory utilizes modern tracing technique by luminophores including a scanning (counting of grains) machine and experiments in a wave tank where a current is passed through waters agitated by waves propagating parallel to or perpendicular to the current action.


2021 ◽  
Vol 15 (S2) ◽  
Author(s):  
Caroline Lund Dahlberg ◽  
Christina King-Smith ◽  
Blake Riggs

AbstractScientists who are interested in building research programs at primarily-undergraduate institutions (PUIs) have unique considerations compared to colleagues at research-intensive (R1) institutions. Maintaining a research program at a PUI holds unique challenges that should be considered before prospective faculty go on the job market, as they negotiate a job offer, and after they begin a new position. In this article we describe some of the considerations that aspiring and newly hired faculty should keep in mind as they plan out how they will set up a laboratory as a new Principle Investigator (PI) at a PUI.Anyone hoping to start a research program at a PUI should understand both the timeframe of interviews, job offers, and negotiations and the challenges and rewards of working with undergraduate researchers. Once a job is offered, candidates should be aware of the range of negotiable terms that can be part of a start-up package. Space and equipment considerations are also important, and making the most of shared spaces, existing infrastructure, and deals can extend the purchasing power of start-up funds as a new PIs builds their lab. PUIs’ focus on undergraduate education and mentorship leads to important opportunities for collaboration, funding, and bringing research projects directly into undergraduate teaching laboratories.A major focus of any new laboratory leader must be on building a productive, equitable, and supportive laboratory community. Equitable onboarding, mentorship plans, and formalized expectations, can all help build a productive and sustainable laboratory research program. However, important considerations about safety, inclusion, student schedules, and a PI’s own professional commitments are also extremely important concerns when working with undergraduates in research. A successful research program at a PUI will bring students into meaningful scientific inquiry and requires insights and skills that are often not the focus of scientific training. This article aims to describe the scope of setting up a new laboratory as a way to alleviate some of the burden that new and prospective faculty often feel.


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