Manjit Kumar Misra
- Seed Science Endowed Chair
Main Office102A Seed Sci
Ames, IA 50011-3228
A new device was invented for measuring the flow of seeds, grains, and other granular flow materials. The invention consists of a specially designed internal flow chamber section, a load cell arrangement, and a digital display unit. The electronic hardware assembly and software were developed to acquire, condition, and calibrate the signal from the load cell to flow rate. The device measures flow in real time and can be easily retrofitted in an existing seed or grain operation. Laboratory tests under static conditions showed that this device could precisely measure the flow rate in real time with an R2 of 0.9944, 0.9955, and 0.9880 for small-, large, and mixed-sized soybeans, respectively. Germination tests and the tests for mechanical damage showed that the device was gentle to seeds. Work is underway to adapt, build, and install the device in a seed facility and test its operation under real dynamic operating conditions, making the device more robust and thus more attractive for prospective licensees to commercialize the system and technology.
Honors and Awards
Appreciation Plaque for contribution to the formation of the National Seed Health System, American Seed Trade Association, 2002
Editorial Board, Seed World, 2002-present Scientific Advisory Council, American Seed Research Foundation, 1991-present.
Plaque of appreciation and $25,000 for graduate student support in Seed Science for Program Chair of Soybean Seed Research Conference, The American Seed Trade Association Convention, 2001 (this is the largest gathering of seed professionals in the worldÃƒÂ¢Ã¢â€šÂ¬Ã¢â‚¬Âabout 2500)
Superior Engineering Extension Award, College of Engineering, ISU, 2001
Wolt, JD, Y-Y Shyy, P Christensen, KS Dormin, M Misra. 2005 "Quantitative exposure assessment for confinement of maize biogenic systems" Environmental Biosafety Research, vol 3, pp 183-196, Also at http:// www.edpsciences.org/10.1051/ebr:2005004
Adam K, M. Misra and D. Thoreson. Removal of Ergot from Barley by Density Separation, 2004 Applied Engineering in Agriculture, Vol. 20(1):39-43
Wolt, JD, Y-Y Shyy, P Christensen, KS Dormin, M Misra. 2004 Quantitative exposure assessment for confine- ment of maize biogenic systems. Environmental Biosafety Research 3:183-196.
Rukunudin, I. H., Bern C. J, Misra, M., and T.B. Bailey. 2004. Carbon Dioxide Evolution from Fresh and Preserved Soybeans, Transactions of the ASAE, Vol. 47(3): 827-833
Adam K, M. Misra and D. Thoreson. 2004. Removal of Ergot from Barley by Density Separation. Applied Engineering in Agriculture, Vol. 20(1):39-43
Non-Refereed Journal Articles Christensen, P., S. Goggi, M. Westgate, J. Wolt, and M. Misra. 2005."Seed BiologyÃ¢â‚¬ÂChapter in the USDA-APHIS Environmental Impact Statement (EIS) Handbook.
Paul J. Christensen, Manjit K. Misra, Satish Rai, Yuh-Yuan Shyy, and Jeffrey Wolt. A Management Manual for Con- fined Production Processes for Non-Food Corn