TY - JOUR
AB - Processcolorimeter 2. D. H. Ross: Soap and Sanit. Chemicals 27, No. 7, 30-2, (1951). maining contaminant on the surface was measured as de- 3. R. C. Chandler and W. E. Shelberg: J. Colloid. Sci. 10, 393-402, scribed above. (1955). The efficiency of the decontaminant was calculated accord- 4. G. Segura jr.,; C. T. Snell; S. Stigman and F. D. Snell: Chem. and ing to the equation: Ind. 1273, (1953). 5. F. D. Snell; G. Segura jr.; $S. Stigman and C. T. Snell: Soap and Sanit. Chemicals 29, No. 10, 42-44, (1953). % efficiency of decontaminant = A, -A9y,/A, x 100 where A, is the contamination level in counts per minute be- The authors of this paper fore decontamination and A> is the contamination level 1n Dr. Hussein M. Soliman, born: 1942, B. Sc. Cairo Unversity, Chem- counts per minute after decontaminating the surface. istry & Physics, 1966, M. Sc. Azhar University, Chemistry, 1978, Cairo, The compositions of the decontaminants and the results are Ph. D. Azhar University, Chemistry, 1981. Since 1972 he worked with shown 1n Table 1. the Military Academy of Egypt until 1985, then with King Abdulaziz Military Academy, Saudi Arabia since 1986 till the present time. 
TI - Processcolorimeter für die permanente Wasser-/Abwasserüberwachung / Process Colorimeter for Permanent Water/Sewage Water Monitoring
JF - Tenside Surfactants Detergents
DO - 10.1515/tsd-1994-310406
DA - 1994-07-01
UR - https://www.deepdyve.com/lp/de-gruyter/processcolorimeter-f-r-die-permanente-wasser-abwasser-berwachung-LIakebN4yR
SP - 235
EP - 235
VL - 31
IS - 4
DP - DeepDyve
ER -