Automation, Mechanization and Data Handling in MicrobiologyAcademic Press, 1970 - 233 pagine |
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Pagina 145
... chamber . Figure 8 shows a sectional view of the completed cabinet mounted on its wheeled base and with the transfer vessel in its container connected to the product receiver through the special tubular transfer lock and the disinfect ...
... chamber . Figure 8 shows a sectional view of the completed cabinet mounted on its wheeled base and with the transfer vessel in its container connected to the product receiver through the special tubular transfer lock and the disinfect ...
Pagina 146
... transfer bottle ( capacity 22.5 1 ) the coupling is broken in the process chamber and the ends sealed . After suitable disinfection of the coupling , the transfer tube is withdrawn using the glove in the transfer chamber door and is fed ...
... transfer bottle ( capacity 22.5 1 ) the coupling is broken in the process chamber and the ends sealed . After suitable disinfection of the coupling , the transfer tube is withdrawn using the glove in the transfer chamber door and is fed ...
Pagina 147
... transfer chamber ( Fig . 8 ) . The evaporator , which can be filled from outside the cabinet without unsealing the transfer chamber door , is filled with 750 ml of a 10 % solution . The bung closure in the wall separating the transfer ...
... transfer chamber ( Fig . 8 ) . The evaporator , which can be filled from outside the cabinet without unsealing the transfer chamber door , is filled with 750 ml of a 10 % solution . The bung closure in the wall separating the transfer ...
Sommario
Computer Identification of Bacteria | 1 |
A ComputerLinked Data Processing System for Routine | 23 |
Computer Use in Information and Data Handling 383 | 33 |
Copyright | |
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Parole e frasi comuni
acid agar allow apparatus automatic bacteria bacteriology bottle cabinet calculation carried cell chamber changes chemical circuit complete containers continuous conventional Counter counting culture Department described determination developed device dilutions dish dispensed drive electrode England equipment fermenter filter fitted flow further give given glass glucose growth handling identification increasing incubation inoculation laboratory light limited London loops machine matrix measuring mechanical medium membrane methods motor multiple inoculation necessary operation organisms output oxygen tension particles performed placed plate position possible prepared present pressure procedure production programme pump punched recorder reference removed Research sample sensitivity separate shows specimen speed standard sterile strains supply switch syringe Table taxa techniques temperature tests transfer tube unit valve vessel volume
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Developments in Industrial Microbiology: A Publication of the ..., Volume 14 Anteprima non disponibile - 1973 |