Heat Of Reaction Lab

Conduct Research

• IR Characterization of Bi-Propellant Reaction Control Engines During Auxiliary Propulsion Systems Tests at NASA's White Sands Test Facility In Las Cruces, New Mexico
  This paper describes the application of a FLIR Systems A40M infrared (IR) digital camera for thermal monitoring of a Liquid Oxygen (LOX) and Ethanol bi-propellant Reaction Control Engine (RCE) during Auxiliary Propulsion System (APS) testing at the National Aeronautics & Space Administration's...
• Smart and small
  , including Dapino's, has focused on incorporating the precision and rapid reaction time of piezos into systems that can efficiently accomplish tasks requiring greater movement. Current seat belts protect the occupant during a crash, but not without trade-offs. When the car's sensors detect a rapid...
• Neural network points way to cyber sentinels
  brains do such reckoning automatically, but now researchers at the University of Illinois, Champaign, can mimic the reaction electronically. The group steers a self-aiming camera with a computer neural network modeled after the superior. Neural network points way to cyber sentinels | Machine Design...
• Less is More in API Process Development
  in the development process? Can each reaction step be translated easily to an executable unit operation? Lab glassware and configurations are excellent for synthesis but don t represent reality. Is the process such that it delivers quality product rather than quality is achieved by testing...
• Less is More in API Process Development
  in the development process? Can each reaction step be translated easily to an executable unit operation? Lab glassware and configurations are excellent for synthesis but don t represent reality. Is the process such that it delivers quality product rather than quality is achieved by testing...
• When Less is Much, Much More
  degradation; Safer handling of unstable, even explosive reagents and intermediates; Shorter reaction times and improved quality, yield and selectivity through more efficient mixing and heat transfer (due to microreactors’ high surface-to-volume ratio); Rapid analytics (often built into the reactor...
• Going Small, Thinking Big
  This quick, one-time registration gives you access to members-only site benefits. Microreactors can be made of stainless steel, Hastelloy, ceramics, silicon, or glass (which has the added benefit of providing a window to the reaction). They are arranged on wafer-like plates which can be stacked...
• Tin Vs. Bare
  , the better the chance that oxidation will impact the intended application. Oxidation is a chemical reaction that generates heat as a byproduct. Eventually, the underlying metallic bonds of the original metal will be destroyed by the heat and the entire item will disintegrate. That of course...
• Down-to-earth role for imidized polymers
  -- amine -- carbonyl)/repeat unit, which is formed via a heterocyclic ring closure reaction. The cyclic rings help boost thermal and mechanical strength. The molecular architecture of these polymers is often redesigned to ease processing or optimize physical or mechanical properties. To increase...
• New Ideas Hatch in Process Development
  used a patented “constant flux” reaction calorimeter developed by Ashe Morris, Radlett, U.K. The Coflux technology — which is akin to a variable area, rather than variable temperature, heat exchanger — is said by co-developer Robert Ashe to permit stirred tank reactors of virtually any size or type...

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