Weathering the training, the AS-level
operational stress, chemotherapy, surgical trauma, BA-option of anesthesia, FM-
unforeseen circumstances, the K-pharmacological correction psihopovrezhdayuschego
actions, T is the time after the operation, R-matrix interactions.
For predictable variable components of this model, we calculated the system
weighting coefficient for the third day after surgery (T = 72 hours) - Table 17.
Table
system weighted koefitsentov impact on the projected components
long-term mechanical memory and voice functions.

(VA) type of anesthesia

(CT) traumatic surgery

Technology PKZH

small

average

big

(PP ) preventive. Preparation

(K) pharmacologically. Correction

Ketamine

-0,18

-0,34

-0,46

+0,14

+0 17

Halothane

-0,14

-0,31

-0,42

+0,14

+0,07

Dormikum

-0,11

-0,21

-0,39

+0,14

+0,08

Diprivan

-0,10

-0,20

-0,37

+0,14

At the same time, record the initial state of long-term memory adopted by us for
unit (COI = 1). To predict the state of mind on the third day after surgery
should use the formula:
CAP = (1 - VA - HT + PP + K)
excess real damage to the projected values (clinico-
psychological Standard) says the emergence in the IEL circumstances FM.
Circumstances FM may be associated with a tasly unavoidable elements-
physiological, anatomical features of the patient, or with technological
errors on IEL.
Based on the results of our research and the proposed tuple model,
state of mental functions is an indicator of prosperity flow
anesthesia and postnarkoznogo period. For young children (3 - 15 months.)
State mental functions determines the extent of damage to the voice functions
(Method Bazhenova), for older children with long-term damage
mechanical memory.