Termatrac
From Wikipedia, the free encyclopedia
歴史
- 1990年 設立
- 1997年 最初の技術の特許であるアメリカ合衆国特許第 6,313,643号を取得
- 1999年 オーストラリアで最初の製品であるT1Rの発売
製品
- 害虫の発見器
シロアリを検出する原理
脚注
参考文献
- Peters, B. C., and J. W. Creffield. "Termatrac™ microwave technology for non-destructive detection of insect pests in timber." Document IRGNVPIOZ. The lntemational research Group on Wood Preservation. Stockholm, Sweden (2002).
- Evans, TA (2002). “Assessing efficacy of TermatracTM; a new microwave based technology for non-destructive detection of termites (Isoptera)”. Sociobiology (Chico, CA, California State University, Chico) 40 (3): 575-584.
- Mankin, R. W. "Microwave radar detection of stored-product insects." Journal of economic entomology 97.3 (2004): 1168-1173.
- 今村祐嗣「マイクロ波を用いた小径丸太材中のアメリカカンザイシロアリ活性の探知」『環動昆』第17巻第1号、日本環境動物昆虫学会、2006年、29-32頁、doi:10.11257/jjeez.17.29、ISSN 0915-4698、NAID 130005420534。
- Fujii, Yoshihisa, et al. "Nondestructive detection of termites using a millimeter-wave imaging technique." Forest products journal 57.10 (2007).
- Le Marshall, Nick, Gerard Rankin, and Andrew Tirkel. "Hybrid array for the detection and imaging of termites." Radio and Wireless Symposium (RWS), 2010 IEEE. IEEE, 2010.
- Tirkel, AZ and Lai, JCS and Evans, TA and Rankin, GA (2011). “Effects of millimeter wave exposure on termite behavior”. Progress In Electromagnetics Research 1581.
- Zahid, Iqbal, et al. "Assessment of technologies and dogs for detecting insect pests in timber and forest products." Scandinavian journal of forest research 27.5 (2012): 492-502.
- Rankin, G. A., et al. "Radar imaging: Conventional and MIMO." Communications and Electronics (ICCE), 2012 Fourth International Conference on. IEEE, 2012.
- 田中聡一, 「ミリ波・テラヘルツ波技術を用いた木材の非破壊評価の現状と展望」『農業食料工学会誌』 2014年 76巻 3号 p.213-217, 農業食料工学会, doi:10.11357/jsamfe.76.3_213
- Rankin, Gerard Anthony (2016). A study of absorption and scattering of microwaves by dielectric scatterers such as insects: with application to MIMO radar for imaging termites and UAV imaging MIMO radar and an investigation of modes without cutoff, open waveguides and artificial dielectrics (thesis (Ph.D.)). School of Electrical and Electronic Engineering. doi:10.4225/55/58af72550faed. hdl:2440/103487。