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Deviant behavior

If the client is an adolescent or child and engaging in antisocial behavior, then comorbid Conduct Disorder should be considered, although such behavior also may indicate an Oppositional-Defiant Disorder if there is little deviant behavior but lots of arguing and defying the wishes of authorities such as parents and teachers. Adult antisocial behavior is difficult to treat but usually involves use of behavior modification (see Chapter 5) through the use of incentives. Conduct Disorder and Oppositional-Defiant Disorder can be successfully treated with behavior modification and by modifying the youth s environment (e.g., using multisystemic therapy or the community reinforcement model — see Chapter 5). [Pg.66]

Deviant behavior. Behavior that is antisocial and violates social norms. Diversion. Professionals taking drugs from patients or clients in the workplace for their own use. [Pg.88]

Fig. 146 Other deviant behavior (but no azeotropes) in the furfural -cyclohexane system. Fig. 146 Other deviant behavior (but no azeotropes) in the furfural -cyclohexane system.
Affiliations with deviant peers or peers displaying deviant behaviors... [Pg.74]

His unowned assets thus enter his constraint system rather than his objective function. Though for him they are completely illiquid, they may nevertheless be combined as inputs with other assets that the individual does own so as to produce a current period cash flow. Plausible examples range from the mundane such as toll bridges which reduce the costs of transporting goods, to the exotic such as a monument which inspires belief in and discourages deviant behavior from the cultural and economic norms which a society professes. The unowned assets enhance the individual s ability to... [Pg.376]

It seems likely that this deviant behavior is linked to the reduced motional freedom (lower entropy) of weakly hydrating cations at the exchanger surface. [Pg.89]

Figures 6 through 8 show results of the strain gauge experiments on the three different molding compounds A, B, and C. Each of these figures gives the principal stresses and q2 anc The maximum shear stress Tmax as measured in the center and on the corner of the die. These results were obtained after averaging measurements on at least 10 individual die. The results are given as function of the number of cycles in THSK testing. Except for the measurement after 300 cycles the stress levels at all positions after any number of cycles are smaller for material C than for material B. The stresses for material B are comparable to those for material A. The deviant behavior after 300 cycles observed with material A shows a large reduction in stress, indicative of a loss of adhesion. However, the increase observed after 500 cycles cannot be explained if indeed the integrity of the interface has been compromised. Figures 6 through 8 show results of the strain gauge experiments on the three different molding compounds A, B, and C. Each of these figures gives the principal stresses and q2 anc The maximum shear stress Tmax as measured in the center and on the corner of the die. These results were obtained after averaging measurements on at least 10 individual die. The results are given as function of the number of cycles in THSK testing. Except for the measurement after 300 cycles the stress levels at all positions after any number of cycles are smaller for material C than for material B. The stresses for material B are comparable to those for material A. The deviant behavior after 300 cycles observed with material A shows a large reduction in stress, indicative of a loss of adhesion. However, the increase observed after 500 cycles cannot be explained if indeed the integrity of the interface has been compromised.
Zuckerman, H. 1977. Deviant Behavior and Social Control. In Sagarin, E. (ed.), Deviance and Social Control. Beverly Hills SAGE Publications. [Pg.171]

The negative deviation for the methoxy derivative is also seen in a correlation of log Ki with the vibrational CO force constants obtained from IR measurements the more negative A5° values are further testimony to the deviant behavior of the methoxy derivative. Even though not stated in these terms by Fischer, the most plausible source of the deviations with Z = MeO is the strong 7r-donor effect of the methoxy group (63a) which leads to a substantial stabilization of the carbene complex. The reduced CO vibrational force constants for the methoxy derivative are consistent with this explanation. [Pg.168]

All the other bivalent metal tons given in this table can crystallize in HTdike lattice, except for Cu . This deviant behavior of Cu can be attributed to co-operative John-Tcllcr effect [32], However, it can be stabilized in HT- like lattice by partially substituting Cu" for any other divalent metal ions (which form HT-Ukc lattice). [Pg.55]

Interpretations. When the ratio of meter response is found to differ from the expected value by more than the expected tolerance, the interpretations can vary. For example, one is not sure which meter is the cause for the difference one is not sure of the reason for the deviant behavior. However, one can be sine that something is sufficiently wrong that the calibration should not be continued until this sitiration is remedied. When the relative meter performance produces the expected value, it is assumed that the prevailing meter conditions satisfactorily duplicate those that occurred during previous calibrations. Intrinsic in this... [Pg.164]

Figure 1. Deviant behavior (O) and serum testosterone concentration ( ) of a captive Asian bull elephant (Packy, 32 years old) throughout a musth episode (premusth through postmusth). Deviant behavior was the weekly mean of five individual behaviors each graded on a 0-4 scale daily. Serum testosterone (ng/ml) was measured weekly. Solid arrows indicate start and end of temporal gland secretion (TGS), which was delineated as the musth period. The dashed arrow indicates the beginning of urine dribbling (cessation was simultaneous with end of TGS). Figure 1. Deviant behavior (O) and serum testosterone concentration ( ) of a captive Asian bull elephant (Packy, 32 years old) throughout a musth episode (premusth through postmusth). Deviant behavior was the weekly mean of five individual behaviors each graded on a 0-4 scale daily. Serum testosterone (ng/ml) was measured weekly. Solid arrows indicate start and end of temporal gland secretion (TGS), which was delineated as the musth period. The dashed arrow indicates the beginning of urine dribbling (cessation was simultaneous with end of TGS).
The index of deviant behavior showed no significant differences between the two periods of submusth. Thus these data were collapsed into a single musth period. The occurrence of deviant behaviors differed between the premusth, musth and postmusth periods (Kruskal-Wallis P<0.001, Figure 1). Deviant behaviors were elevated... [Pg.388]

Mary deYoung, Another Look at Moral Panics the case of satanic day care centers . Deviant Behavior 19/3 (1998). [Pg.247]

Jeffrey S. Victor, Fundamentalist Religions and the Moral Crusade against Satanism the social construction of deviant behavior . Deviant Behavior 15 (1994). [Pg.247]

Jeffrey S. Victor, Moral Panics and the Social Construction of Deviant Behavior a theory and application to the case of ritual child abuse . Sociological Perspectives 41/3 (Fall 1998). [Pg.247]

Hydroformylation results in Table 6 show that, with the exception of ligands 39 and 40, the rate of the reaction increases with decreasing phosphine basicity. An explanation for the deviant behavior of 39 and 40 can be incomplete catalyst formation or deactivation of the catalyst. Decreasing phosphine basicity facilitates CO dissociation from the (diphosphine)Rh(CO)2H complex and enhances alkene coordination to form the (diphosphine)Rh(CO)H(alkene) complex, and therefore, the reaction rate increases. [Pg.92]


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See also in sourсe #XX -- [ Pg.65 , Pg.88 ]

See also in sourсe #XX -- [ Pg.237 , Pg.238 , Pg.240 ]

See also in sourсe #XX -- [ Pg.237 , Pg.238 , Pg.240 ]




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