toa
3.Single Station Passive Location and Tracking Method for Motive Target Using DOA and TOA
4.Interfacial reactive kinetics of extraction of Cr_2O_7~( 2-) from sulphuric acid medium with TOA
5.Location and Tracking of 3-D Moving Emitter Using DOA and TOA Measurements
6.The man proclaimed in exclamation y that he aimed toa reclaim the aimless claim.
7.Passive Location Algorithm for Moving Emitters by Single Station Based on TOA and DOA Measurement
8.A new dual _ wavelength spectrophotometric method for the determination of tri _n_ octylamine(TOA) and its hydrochloride salt(TOA·HCl) is presented. TOA and its hydrochloride salt can react with iodine to form charge _ transfer complexes with maximum absorbencies at 293 nm and 263 nm, respectively. The contents of TOA and TOA·HCl in their mixed solution can be calculated from simultaneous equations based upon the additivity of their absorbencies.
9.PASSIVE LOCATION AND TRACKING USING DOA AND TOA MEASURE- MENTS OF A SINGLE NON-MANUVERING OBSERVER
10.Passive Locating and Tracking for Moving Emitters by Principal and Subordinate Stations Based on TOA and DOA Measurement
