BOOK 2. THE BATH SCHOOL. N. LEVASHOV'S «SVETL BROOM» IN A. KHATYBOV'S «BATH SCHOOL» AND A LABOUR SPADE

Book 2. The Bath School. Chapter 3. Theory and practice in the description of the Object to be taken to the Bath 158 MI=0.224·10 -8 volt/m 3 . As you can see, great amount of power is required to work with communication and, so that not violate the noosphere, charge equivalents are used of octave 84 MI. The transmit-receive frequency is constant and is equal to 375965 MI of the hydrogen atom Н4 (4 communications). The MI potential is quantized over 32 symmetry angles and includes series: 1. Negative series: 4, 8, 12, 14, 16, 18, 21, 24, 28, 32, 36, 40, 44, 48, 52, 54 2. Positive series 54, 56, 58, 62, 64, 68, 72, 74, 76, 78, 82, 84, 88, 92, 94, 96. These two series define only the alphabetic group and the sign of the symbol system, and all angles are not always used. When using all the angles, the power rises by 16 times. For encoding, an 8-bit alphabet is used : DO RE MI FA SOL LA SI NA. The main tones have no sign, i.e. Octave 54 determines the main tone . Delimiter – octave 48 of the potential. Between two adjacent angles is an additional breakdown by 8, so one angle contains the entire alphabet. Positive series is designed for coding commands, orders and instructions (an encoding table), negative series contains text information (a table- a vocabulary). In this case, a 22-sign alphabet known on the Earth is used. 3 angles are used in a row; the last signs of the last angle are a full stop and a comma. The more significant is the text, the higher the octave angles are used. Message text: 1. Code signal – 64 signs + 64 skips (fa). Repeat 6 times.