348
Binary response
Black sample
Blank
Blind sample
Bulk sample
Burette
Calculable method
Calibration
Calibration curve
Capillary electrophoresis
Capital properties
Annex!
The result (YES or NO) of a qualitative analysis. The
answer to various questions the most crucial of
which are "is it the analyte?" and "is it in the
sample?" (Chap. 5, pp. 201-210, 212, 213, 230, 240,
243,244).
S. "Sample".
A usually artificial sample containing no analyte. In
theory, it should give no signal; if it does, it is called
the "blank signal" (Chap. 2, pp. 56, 67, 68, 70, 81,
97 -100).
S. "Sample".
S. "Sample".
An instrumental tool used in titrations to measure
the volume of titrant solution used. Manual or
automatic in operation (Chap. 6, pp. 249, 250, 264,
265,267 -271).
S. "Method".
The set of operations that establish the relationship
between the signals provided by measurement standards and (a) the response corresponding to proper
functioning of an instrument or (b) the concentration of the analyte.
Equipment calibration. The process by which a
standard containing no analyte is used to check that
an instrument (or apparatus) operates as expected.
Otherwise, corrections are introduced until the
instrumental response (or the indication of an apparatus) reaches the value held as correct for the standard used in the operation (Chap. 3, pp.123, 125, 126,
137,139,140; Fig. 3.10).
Method calibration. The process by which an analytical standard is used to characterize the response of
an instrument in terms of the properties of an analyte or analyte family. Relies on the establishment of
an unequivocal relationship between the signal and
the presence or concentration of the analyte (Chap.
3, pp. 120, 123 -128,130,135,137 -140; Fig. 3.10).
A two-dimensional graphical plot that shows the
variation of the analytical signal with the concentration of analyte (standard) (Chap. 2, pp. 62, 66 - 70, 72,
81,83,88,99).
A separation process occurring within a capillary
under a high electric field. Because the system is
equipped with a detector, it can be considered an
instrument (Chap. 5, pp. 214,230,236,237; Box 5.17).
S. ''Analytical properties".
Binary response
Black sample
Blank
Blind sample
Bulk sample
Burette
Calculable method
Calibration
Calibration curve
Capillary electrophoresis
Capital properties
Annex!
The result (YES or NO) of a qualitative analysis. The
answer to various questions the most crucial of
which are "is it the analyte?" and "is it in the
sample?" (Chap. 5, pp. 201-210, 212, 213, 230, 240,
243,244).
S. "Sample".
A usually artificial sample containing no analyte. In
theory, it should give no signal; if it does, it is called
the "blank signal" (Chap. 2, pp. 56, 67, 68, 70, 81,
97 -100).
S. "Sample".
S. "Sample".
An instrumental tool used in titrations to measure
the volume of titrant solution used. Manual or
automatic in operation (Chap. 6, pp. 249, 250, 264,
265,267 -271).
S. "Method".
The set of operations that establish the relationship
between the signals provided by measurement standards and (a) the response corresponding to proper
functioning of an instrument or (b) the concentration of the analyte.
Equipment calibration. The process by which a
standard containing no analyte is used to check that
an instrument (or apparatus) operates as expected.
Otherwise, corrections are introduced until the
instrumental response (or the indication of an apparatus) reaches the value held as correct for the standard used in the operation (Chap. 3, pp.123, 125, 126,
137,139,140; Fig. 3.10).
Method calibration. The process by which an analytical standard is used to characterize the response of
an instrument in terms of the properties of an analyte or analyte family. Relies on the establishment of
an unequivocal relationship between the signal and
the presence or concentration of the analyte (Chap.
3, pp. 120, 123 -128,130,135,137 -140; Fig. 3.10).
A two-dimensional graphical plot that shows the
variation of the analytical signal with the concentration of analyte (standard) (Chap. 2, pp. 62, 66 - 70, 72,
81,83,88,99).
A separation process occurring within a capillary
under a high electric field. Because the system is
equipped with a detector, it can be considered an
instrument (Chap. 5, pp. 214,230,236,237; Box 5.17).
S. ''Analytical properties".