REFERENCES

Edwards, S.R.; Bell, B.M.; King, M.E., ed.Pest Control in Museums: A Status Report (1980). Lawrence, Kansas: Association of Systematics Collection, 1981.

Ibid.

Pepperman, Jr., A.B.; Vail, S.L. “Microwave Drying of FR Cotton Fabrics.” Textile Chemist and Colorist. 9:7 (1977): 17–21.

Lyons, D.W.; Hatcher, J.D.; Sunderland, J.E. “Drying of a Porous Medium with Internal Heat Generation.” Int. Journal of Heat and Mass Transfer. 15 (1972): 897–905.

Evans, D.G.; Skelly, J.K. “Application of Microwave Heating in Dye Fixation.” Journal of the Society of Dyers and Colourists. 88:12 (1972): 429–433.

Delaney, M.J.; Seltzer, I. “Microwave Heating for Fixation of Pad-dyeings on Wool.” Journal of the Society of Dyers and Colourists. 88:2 (1972): 55–59.

Pepperman, Jr., A.B.; Vail, S.L.; Lyons, D.W. “Application of Microwave Drying to Flame-Retardant Finishing of Cotton Textiles.” 16th Annual Chemistry and Processing Conference. March 17–19, 1976, pp. 114–120.

Needles, H.L.; Tai, A.; Berns, R.S.; Alger, K.W. “Microwave-induced Dyeing and Finishing Processes on Textile Substrates.” 1977 National Technical Conference: Book of Papers. Research Triangle Park, N.C.: American Association of Textile Chemists and Colorists, pp. 201–207.

Pendergrass, J.E.; Hatcher, J.D.; Lyons, D.W. “Deposition of Finishes and Dyes in Materials Dried Using Microwave Heating.” Journal of Microwave Power. 7:3 (1972): 207–213.

Pepperman, Jr., A.B.; Vail, S.L.; Lyons, W.L. “The Use of Microwave Drying in the Application of Flame Retardants for Cotton Fabrics.” Journal of Coated Fabrics. 6 (1976): 95–104.

Metaxas, A.C.; Catlow, N.; and Evans, D.G. “Microwave Assisted Dye Fixation.” Journal of Microwave Power. 13:4 (1978): 341–350.

Kirkpatrick, R.L.; Roberts, J.R. “Insect Control in Wheat by Use of Microwave Energy.” Journal of Economic Entomology. 64 (1971): 950 and 951.

Hurlock, E.T.; Llewelling, B.E.; Stables, L.M.; “Microwaves Can Kill Insect Pests.” Food Manufacturer. 8 (1979): 37:39.

Nelson, S.O.; Stetson, L.E. “Comparative Effectiveness of 39- and 2450 MHz Electrical Fields for Control of Rice Weavils in Wheat.” Journal of Economic Entomology. 67 (1974): 592–595.

Bletchly, J.D. “VHF Radiowaves for Wood-Boring Insect Control.” International Pest Control. 7 (1965): 15–20.

Laudani, H. “Technology of Grain Irradiation.” USDA Agricultural Research Service, Market Quality Division, 1967, pp. 1–8.

Nelson, S.O. “Electromagnetic and Sonic Energy for Insect Control.” Transactions of the American Society of Agricultural Engineers. 9 (1966): 389–405.

Thomas, A.M. “Pest Control by High Frequency Electrical Fields–Critical Resume.” Technical Report W/T23, British Electric and Allied Industries, England, 1952.

Lang, J.H.; Bry, R.E. “Preliminary Investigations of Tetramethrin as a Protectant of Woolen Cloth Against Damage by Black Carpet Beetle Larvae (Cleoptera: Dermestidae).” Journal of the Georgia Entomological Society. 7:4 (1972): 260–264.

Mayfield, R.J.; Russel, I.M. “Resistance of Dieldrin of the Case Bearing and Webbing Moth Species in Australia.” Textile Institute and Industry. 15 (1977): 419–420.

Nelson, S.O.; Whitney, W.K. “Radio Frequency Electrical Fields for Stored Grain Insect Control.” Transactions of the American Society of Agricultural Engineers. 3 (1960): 133–137, 144.

Waters, F.L. “Microwave Radiation for Control of Tribolium Confusum in Wheat and Flour.” Journal of Stored Products Research. 12:1 (1976): 19–25.

Carpenter, R.L.; Livstone, E.M. “Evidence for Nonthermal Effects of Microwave Radiation: Abnormal Development of Irradiated Insect Pupae.” IEEE Transactions of Microwave Theory and Techniques. 19 (1971): 173–177.

Nelson, S.O. “Insect Control Studies with Microwaves and Other Radiofrequency Energy.” Bulletin of the Entomological Society of America. 19 (1973): 157–163.

Yeomans, A.H. “Radiant Energy and Insects.” Yearbook of Agriculture. 1952, pp. 411–421.

Ref. 17 and 21.

Ref. 24.

Ref. 15.

Ref. 25.

Reagan, B.M.; Chiao-Cheng, J.H.; Streit, N.J. “Effects of Microwave Radiation on the Webbing Clothes Moth. Tineola bisselliella (Hum.) and Textiles.” Journal of Food Protection. 43 (1980): 658–663.

1980 AATCC Technical Manual. Research Triangle Park, N.C.: American Association of Textile Chemists and Colorists.

1980 ASTM Book of Standards. Parts 32 and 33, Philadelphia, Pa.: American Society for Testing and materials.

Ibid.

Earland, C.; Raven, D.J.Experiments in Textile and Fibre Chemistry. London: Butterworth & Co. Ltd., 1971.

Rawle, S.G. “The Effects of High Temperature on the Common Clothes Moth.” Bulletin of Entomological Research. 42 (1951): 29–40.

Ref. 30.

Earland, C.Wool: Its Chemistry and Physics. 2nd Ed.London: Chapman & Hall Ltd, 1963.

Slater, K. “The Thermal Behavior of Textiles.” Textile Progress. 8:3 (1976): 1–121.

Ref. 30.

Ibid.

Ref. 37.

Zahn, H.; W�rz, A. “Solubility in Acid as a Means of Determining Changes in Wool.” Journal of the Textile Institute. 45 (1954): 88–92.

ACKNOWLEDGEMENTS

I thank Annie Cheng and Kari Arnold, Research Assistants, Department of Clothing, Textiles and Interior Design; and Marian Massoth, Extension Assistant, Pesticide Impact Assessment, for their assistance in collecting data on pesticide formulations. The technical assistance of Mr. Martin Dannatt, CPO, Schendel Pest Control, Manhattan, Kansas, also is appreciated.