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of a solution with direct current and unpolarizable electrodes) Up until that time, it was generally accepted that ions are formed only under the influence of an electric field leading to current flow through the solution The electrical conductivity of electrolyte solutions was measured at the very beginning of electrochemistry The resistance of a conductor R is the proportionality constant between the applied voltage U and the current / passing through the conductor It is thus the constant in the equation U = RI, known as Ohm's law The reciprocal of the resistance is termed the conductance The resistance and conductance depend on the material from which the conductor is made and also on the length L and cross-section S of the conductor If the resistance is recalculated to unit length and unit cross-section of the conductor, the quantity p = RS/L is obtained, termed the resistivity.

Use the Interoperable Object Reference (IOR) to access the CORBA server. Use a naming service to access the CORBA server. Valid only with a VisiBroker ORB (Object Request Broker). If context is IOR, this attribute contains the path to a file containing the string IOR. If the context is NAMESERVICE, this is the naming context for a naming service.

To instantiate a Java or EJB (Enterprise JavaBean) object: <CFOBJECT action = CREATE class = nameOfJavaClass name = nameOfNewObject type = JAVA > To instantiate a web service object: <CFOBJECT webService = mappedServiceName | URLToWSDLFile name = nameOfNewObject > Cross References

CreateObject()

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For conductors consisting of a solid substance (metals, solid electrolytes) or single component liquids, this quantity is a characteristic of the particular substance In solutions, however, the resistivity and the conductivity K = l/p are also dependent on the electrolyte concentration c In fact, even the quantity obtained by recalculation of the conductivity to unit concentration, A = K/C, termed the molar conductivity, is not independent of the electrolyte concentration and is thus not a material constant, characterizing the given electrolyte Only the limiting value at very low concentrations, called the limiting molar conductivity A0, is such a quantity A study of the concentration dependence of the molar conductivity, carried out by a number of authors, primarily F W G Kohlrausch and W Ostwald, revealed that these dependences are of two types (see Fig 25) and thus, apparently, there are two types of electrolytes.

CreateObject()

4. Click the Auto Find All Levels button. 5. Click the Fill Single Click Now button. The percussive sound should be gone now. This unfortunately can sometimes also eliminate portions of the vocals as well, especially when explosive consonants (Ps, Bs, Ts, Ds, Ks, and Gs) coincide with the instrumental percussion. This is when the spectral view comes in handy. Often, when the Click/Pop Eliminator gets rid of intelligible vocal sounds, you can undo it: Highlight just some of the frequencies in the Spectral view and try again.

Returns a new COM, CORBA, Java, component, or web service object. Equivalent to CFOBJECT but can be used inside CFSCRIPT.

Those that are fully dissociated so that their molecules are not present in the solution are called strong electrolytes, while those that dissociate incompletely are weak electrolytes Ions as well as molecules are present in solution of a weak electrolyte at finite dilution However, this distinction is not very accurate as, at higher concentration, the strong electrolytes associate forming ion pairs (see Section 124) Thus, in weak electrolytes, molecules can exist in a similar way as in non-electrolytes a molecule is considered to be an electrically neutral species consisting of atoms bonded together so strongly that this species can be studied as an independent entity In contrast to the molecules of non-electrolytes, the molecules of weak electrolytes contain at least one bond with a partly ionic character Strong electrolytes do not form molecules in this sense.

To instantiate a COM object: CreateObject( COM , class, context, server) To instantiate a component object: CreateObject( component , componentName) To instantiate a CORBA object: CreateObject( CORBA , context, class, locale) To instantiate a Java or EJB object: CreateObject( Java , class) To instantiate a web service object: CreateObject( webservice , wsdlURL) Cross References

JavaCast()

JavaCast( type, variable)

Here the bond between the cation and the anion is primarily ionic in character and the corresponding chemical formula represents only a formal molecule; nonetheless, this formula correctly describes the composition of the ionic crystal of the given strong electrolyte The first theory of solutions of weak electrolytes was formulated in 1887 by S Arrhenius (see Section 114) If the molar conductivity is introduced into the equations following from Arrhenius' concepts of weak electrolytes, Eq (2417) is obtained, known as the Ostwald dilution law; this equation.

<CFEXECUTE name = C:\dir\myapp.exe | C:\dir\mybatchfile.bat | home/dir/myapp arguments = executableArguments outputFile = fullPathOfOutputFile

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