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SUBJECTS reaction

Priebe, S. (1987). Early subjective reactions predicting outcome of hospital treatment in depressive patients. Acta Psychiatr. Scand., 76, 134-8. [Pg.133]

When, in the preliminary exercises preceding the actual practice, practitioners build up the Tree of Life in their aura, the paths are formulated as a consequence, since they are subjective reactions to the objective power of the Sephiroth. The Fountain Breath exercise then unifies the influences of all the Paths and the Sephiroth. This happens because there is only One Power that flows through all the paths and manifests in a ten-fold aspect as the Sephiroth, the outpouring of the Most Holy One that is Mezla, grace, by which the worlds are nourished and sustained. For grace is not some abstract poetic metaphor, but an actual etheric, astral, and spiritual substance. Alchemy names it the water that burns and the fire that flows. It is the First Matter. [Pg.130]

Wondering, you return to Assiah, absorb the eidolon, and close down, to record your subjective reactions in your journal. [Pg.164]

This chapter emphasizes cage and cluster compounds of aluminum, gallium and indium incorporating nitrogen atoms. A search of the literature reveals a number of monographs and reviews [31-33] as well as recent research articles available on this subject. Reactions of alanes and alanates with various amines leading to iminoalanes and aminoalanes have been well documented [21, 31, 34-36], In summary, there are reports on the formation of iminoalanes from Eqs. (13) to (17). [Pg.369]

The major application of 1,3-heterocycles discussed herein is their function as protecting groups. It is obvious that numerous reactions at the side chain have been carried out in the presence of the heterocycles. The focus in this section is (1) transformations close to the heterocycle, one to two atoms away (2) interesting (though this is somewhat subjective) reaction at longer distances and (3) transformations in the side chain influenced by the heterocycle. [Pg.812]

What I have been reporting so far has been my subjective reaction to my Yage experience. I am not so naive as to believe that these experiences aren t on occasion absolutely miser-... [Pg.64]

While at the sensory level, during his first LSD experience, a subject attempted to write an account of his subjective reactions, but became fascinated with the very act of writing itself ... [Pg.233]

Molhave, L., Jensen, J.G. and Larsen, S. (1991) Subjective reactions to volatile organic compounds as air pollutants. Atmospheric Environment, 25a (7), 1283-93. [Pg.344]

Cosmetic and detergent-based materials such as face creams, shower gels, deodorants, etc. are specifically designed for frequent skin contact, even to very sensitive areas of the body. An individual may experience a wide variety of skin reactions to a topically applied material. These reactions are not always visible, for example, erythema or dryness and may be subjective reactions such as stinging,... [Pg.506]

Bell and Dunstan 123 subjected reactions ol hexamethylenetetramine with nitric acid, at various temperatures, to a detailed examination. Addition of water to nitrolysis solution obtained by the action of nitric acid (98%) on hex-amine at - 30°C yielded P.CX., that is 3,5-dinitro 3,5 diaza-l-azoniacycIo-hexane or 3,5-dinitro-3,5 diazapiperidinium nitrate (XIX) (Vol. Ill, p. 91, la). The nitrolysis mixture kept at O C for 2 hours yielded 83% UDX and traces of the linear compound derivative of tetra-azationanc (IX of p. 89, 91, Vol. 111). [Pg.200]

This highly subjective dimension of criticism is the direct consequence of the untranslatability noted earlier. Faced with the difficulty of translation from one art into another, the only solution for the critic as translator is the expression of subjective reactions to the work of art. Let us go back to the section A quoi bon la critique in the Salon de 1846 which explores this question of the creativity of criticism ... [Pg.213]

TIP To anticipate the results of extended processing on scale, subject reaction aliquots to extended or interrupted processing in the laboratory. [Pg.299]

To elaborate, by starting with data from only a single experiment (reference data) for the reaction in question (e.g. 43% yield in 3 h at 78 °C), the developed software could estimate the time expected to give any specified yield, between 5 and 95%, for that reaction at the same temperature. Alternatively, different conditions of time (between 0.1 and 10 min) and temperature (between 0 and 270 °C) that would be expected to return any nominated yield or conversion between 5 and 95% could be calculated. Starting with the aforementioned set of reference data for the subject reaction (43% yield in 3 h at 78 °C), it could be estimated, for exam-... [Pg.130]

The initial work which promoted interest in conventional heterogeneous catalysis for methane coupling chemistry was first reported in 1982 [56]. In this work, the subject reaction was evaluated using 23 metal oxides supported on a-alumina over the temperature range 500-1000 °C. Methane and oxygen were, however, sequentially introduced into the reaction vessel, suggesting that the overall chemical reaction involved the general Mars-van Krevelen reaction sequence ... [Pg.204]

Processing tasks with high action frequency may induce an additional source of error. The variation of a psychophysiological measure that is caused by a stressor variable represents a subjects reaction. Thus, a delay between the occurrence or variation of a stressor variable and... [Pg.97]

Physiological Responses, Subjective Reactions, and Performance during Exposure to an Acute Stressor Task... [Pg.127]

Definitions of Reaction Site. There are three ways of looking at this. The graphical reaction site consists of all the bonds which have undergone a change and the atoms attached to those bonds. The chemical reaction site (as used in ORAC) extends the graphical reaction site by the addition of those functional groups which are absolutely essential for the reaction to proceed. The subjective reaction site (as used in SYNLIB) consists of those atoms and bonds the inputter considers significant. [Pg.299]

Previous mechanistic studies of another silicon-mediated reaction, "group transfer polymerization" of methacrylatesl - ] indicated the involvement of pentacoordinate silicon species. Our working hypothesis for the subject reaction of silyethers is that formation of pentacoordinate silicon species (Scheme 5) should increase reactivity and promote nucleophilic character in the alkoxy ligands. [Pg.79]

The functioning of the brain is dependent on its composition and structure that is, on the molecular environment of the mind. The presence in the brain of molecules of lV,N-diethyl-D-lysergamide, mescaline, or some other schizophrenogenic substance is associated with profound psychic effects (3). Gherkin has recently pointed out (4) that in 1799 Humphry Davy described similar subjective reactions to the inhalation of nitrous oxide. The phenomenon of general anesthesia also illustrates the dependence of the mind (consciousness, ephemeral memory) on its molecular environment (5). [Pg.537]

Soschin D, Kligman AM (1982) Adverse subjective reactions. In Kligman AM, Leyden JJ (eds) Safety and efficacy of topical drugs and cosmetics. Grune and Stratton, New York, pp 377-388... [Pg.110]

SUBSIDIARY PSYCHOLOGICAL TEST MEASURES STANDARD DEVIATIONS OF MEAN (WITHIN-SUBJECT) REACTION TIME RESPONSES IN PAIRS MATCHED FOR ETHNIC BACKGROUND... [Pg.130]

The system is less good at classifying subjective reactions. For example, fatigue is graded as follows ... [Pg.2]


See other pages where SUBJECTS reaction is mentioned: [Pg.162]    [Pg.141]    [Pg.229]    [Pg.267]    [Pg.345]    [Pg.162]    [Pg.448]    [Pg.1164]    [Pg.305]    [Pg.15]    [Pg.41]    [Pg.194]    [Pg.1690]    [Pg.2440]    [Pg.213]    [Pg.228]    [Pg.229]    [Pg.27]    [Pg.331]    [Pg.211]    [Pg.121]    [Pg.206]    [Pg.206]    [Pg.446]    [Pg.10]    [Pg.27]   
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Acyloin reaction 100 SUBJECT

Addition reactions Subject

Aldol reactions Subject

Alkylation reactions Subject

Amidation reaction Subject

Asymmetric hydrogenation reactions Subject

Aziridines, reaction with Subject

Baylis-Hillman reaction Subject

Biocatalysis reactions Subject

Bischler-Napieralski reaction Subject

Carbon-molecular oxygen reaction Subject

Chemical reaction engineering Subject

Cumulative Subject 3 + 2] cycloaddition reactions

Cumulative Subject Diels-Alder reactions

Cumulative Subject Friedel-Crafts reaction

Cumulative Subject Knoevenagel reaction

Cumulative Subject Mannich reaction

Cumulative Subject Pauson-Khand reaction

Cumulative Subject Vilsmeier-Haack reaction

Cumulative Subject addition reactions

Cumulative Subject reaction with carbonyl compounds

Cumulative Subject reactions

Cumulative Subject reactions with enol silanes

Cumulative Subject reactions with organocuprates

Cumulative Subject reactions with organometallic compounds

Cumulative Subject substitution reactions

Cyclization reactions Subject

Dangerous reactions Subject

Diazonium compounds, reaction with Subject

Diels-Alder reaction Subject

Dimethylamine, reaction with Subject

Electron association reactions Subject

Elimination reactions Subject

Enzymes, reactions with Subject

Eschenmoser fragmentation reaction Subject

Exchange reactions General Subject

Exchange reactions Subject

Explosive reaction Subject

Fischer-Tropsch reaction Subject

Furan, 2,5-dimethoxy-2,5-dihydroSubject via Baeyer-Villiger reaction

Grignard reaction Subject

Halides, alkyl, reaction with Subject

Heck reaction 562 Subject

Henry reaction Subject

Hetero-Diels-Alder reaction Subject

Homocoupling reactions Subject

Homogenous reactions 298 Subject

Hydrogen atoms, reactions with oxygen Subject

Hydrogenation reactions 404 Subject

Maillard reaction Subject

Metathesis reactions Subject

Michael addition reactions Subject

Molybdenum reactions Subject

Multiple reaction monitoring Subject

Name Reactions in Heterocyclic Chemistry-II Subject index

Named reactions Subject

Negishi cross-coupling reactions Subject

Nucleophilic reactions with Subject

Oxygen reduction reaction Subject

Pauson-Khand reaction 866 Subject

Perkin reaction Subject

Phosphoric acid, dichloroSubject Friedel-Crafts reaction

Pictet-Spengler reaction 530 Subject

Polycondensation reaction Subject

Prins reaction Subject

Pyridine, tetrahydroSchopf reaction Subject

REACTION TIME Subject

Radical reactions Subject

Reaction cascades Subject

Reaction data Subject

Reaction engineering Subject

Reaction order 266 Subject

Reaction probability operator 416 Subject

Reaction with fluoroalkenes Subject

Rearrangement reactions Subject

Redistribution reactions Subject

Reformatsky reaction Subject

Rhodium carbene reactions Subject

Ring-closing metathesis reactions Subject

SUBJECTS Curtius reactions

Sandmeyer reaction Subject

Schmidt reactions Subject

Sharpless reaction Subject

Silver nitrate, reaction with Subject

Sn2 reactions Subject

Staudinger reaction Subject

Strecker reaction Subject

Subject 2- -, reaction with aniline

Subject 4+3] Cycloaddition reactions

Subject Friedel-Crafts reaction

Subject Knoevenagel reaction

Subject Mannich reaction

Subject Mitsunobu reactions

Subject Monitoring reactions

Subject Uncatalyzed reactions

Subject Vilsmeier reaction

Subject Vilsmeier-Haack reaction

Subject Wittig reaction

Subject aldol reaction, anti stereoselectivity

Subject carbene transfer reactions

Subject carbonylation reactions

Subject coupling reactions with organometallics

Subject electron-exchange reactions

Subject index anions of, ion/molecule reactions

Subject index reactions

Subject insertion reactions

Subject ionization reactions

Subject lead, reaction with oxygen

Subject lead, reaction with ozone

Subject multicomponent reactions

Subject nucleophilic addition reactions

Subject of chemical reactions

Subject of eczematous reaction

Subject other reactions

Subject polymer-analogous reactions

Subject reaction pathways

Subject reaction probabilities

Subject reaction rate theory

Subject reaction with acetals

Subject reaction with aldimines

Subject reaction with allylsilanes

Subject reaction with amines

Subject reaction with benzaldehyde

Subject reaction with carbon dioxide

Subject reaction with carbonate radical

Subject reaction with diazoalkanes

Subject reaction with hypochlorite

Subject reaction with iminium salts

Subject reaction with isocyanates

Subject reaction with ketals

Subject reaction with organics

Subject reaction with platinum complexes

Subject reaction with sulfite

Subject reactions with

Subject reactions with aldehydes

Subject reactions with amides

Subject reactions with carbonyl compounds

Subject reactions with chlorine

Subject reactions with enol silanes

Subject reactions with enones

Subject reactions with epoxides

Subject reactions with imines

Subject reactions with ketones

Subject reactions with nitriles

Subject reactions with organolithium reagents

Subject reactions with organometallic compounds

Subject redox reactions

Subject seawater reaction

Subject substitution reactions

Subject use of aldol reaction

Subject via Baeyer-Villiger reaction

Suzuki reaction Subject

Thiophene, 3,4-dimethoxySubject Mannich reaction

Volmer reaction Subject

Wittig-Homer reaction Subject

Wittig-Horner reaction Subject

Zinc, diethylSubject enantioselective addition reactions

Zinc, diethylSubject reaction with 1,2-diketones

Zinc, diethylSubject reaction with benzaldehyde

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