1
1
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Documentation on
Scalar Wave Technology
for the Transmission of Scalar Waves
using the Experimental-Kit
by
Professor Dr.-Ing. Konstantin Meyl
(in cooperation with other authors and
translations helped by John Cliss, Steve Bublies, and others)
INDEL GmbH, publishing department
Villingen-Schwenningen,
(1
st
German edition 2000),
1
st
English edition 2014
ISBN 978-3-940 703-21-7
2
Documentation on Scalar Wave Technology
Documentation 1
on Scalar Wave Technology
for the Transmission of Scalar waves using the
Experimental-Kit and Scalar Wave Transporter
by Professor Dr.-Ing. Konstantin Meyl
1
st
German edition 2000 (with 177 figures and 320 pages)
1
st
English edition 2014 (with 144 fig. and 246 translated pages).
Orig.: Die Deutsche Bibliothek - CIP-Einheitsaufnahme
Meyl, Konstantin:
Documentation on Scalar Wave Technology
- by Konstantin Meyl.-
Villingen-Schwenningen : INDEL GmbH, Verl.-Abt. (2014) 1
st
Ed.
ISBN 978-3-940 703-21-7
The work including all of its parts are copyright protected. All rights, in particular those of reprint,
reproduction, duplication, microfilming, translation and storage in
electronic systems reserve
themselves the author and the publishing department.
INDEL GmbH, publishing department
Villingen-Schwenningen
1
st
Ed. 2014
Postal address:
INDEL GmbH Verlag, Erikaweg 32,
D-78048 Villingen-Schwenningen
Fax: +49(0)7721-51870, Info@etzs.de
Order via Internet - Shop:
www.etzs.de
and more information:
www.meyl.eu
Printed in Germany
Table of Content
3
Table of Content
Chapter
Page
I.
Preface to the Documentation 1 ........................................................... 9
1.
Remarks on the Kit in general ................................................................................. 9
2.
Notes on the experimental kit ................................................................................. 11
3.
Aspects of experimental research ........................................................................... 12
4.
Relevant aspects of vortex physics ........................................................................... 13
5.
Structure of the documentation .................................................................................. 14
6.
Preface to the 6
th
(German) and 1
st
(English) edition ................................................ 15
II.
Description of the devices for scalar wave transmission .................. 16
1.
Introduction ............................................................................................................. 16
2.
Items delivered: Experimental-Kit ........................................................................... 17
3.
Description of the Pancake coils .............................................................................. 17
4.
Description of the digital function generator ........................................................... 20
5.
Setup of the digital function generator ..................................................................... 21
6.
Safety instructions ................................................................................................... 23
7.
Description of the Power-Kit ................................................................................... 24
8.
Accessoires for the Power-Kit and HF-Amplifier ................................................... 26
III. Experiments with scalar wave transmission (Manual) ................... 27
1.
Experiment No.1, subject: Energy transfer ........................................................... 28
1.1
Experimenter, 1.2 place and date, 1.3 To the status of physics .......................... 28
1.4
Expectation according to the scalar wave theory, 1.5 Experimental set-up ........... 28
1.6
Carrying out the experiment, 1.7 Interpretation of the experimental results ........ 30
1.8
Conclusion; 1.9 Consequences ............................................................................. 31
1.10
Utilities .................................................................................................................... 32
2.
Experiment No.2, subject: Feedback (from receiver to transmitter) .................... 33
2.1
Experimenter; 2.2 place and date; 2.3 To the status of physics .......................... 33
2.4
Expectation according to the scalar wave theory; 2.5 Experimental setup ........... 33
2.6
Carrying out the experiment; 2.7 Interpretation; 2.8 Conclusion ....................... 34
2.9
Consequences .......................................................................................................... 34
2.10
Utilities .................................................................................................................... 35
3.
Experiment No.3, subject: Prove of Free Energy ................................................... 36
3.1
Experimenter; 3.2 place and date; 3.3 To the status of physics .......................... 36
3.4
Expectation according to the scalar wave theory .................................................... 36
3.5
Set-up and Carrying out the experiment; 3.6 Interpretation of experimental results 36
3.7
High frequency measurements ................................................................................ 37
3.8
Interpretation of high frequency measurements ....................................................... 38
3.9
Multimeter measurements ....................................................................................... 39
3.10
Interpretation of test results of DC-measurements ................................................. 40
3.11
Conclusion; 3.12 Consequences; 3.13 Utilities .................................................... 41
4.
Experiment No.4, subject: Superluminal velocity ................................................. 42
4.1
Experimenter, 4.2 place and date, 4.3 To the status of physics, 4.4 Expectation . 42
4.5
Experimental setup, 4.6 Carrying out the experiment, 4.7 Interpretation ........... 43
4.8
Conclusion .............................................................................................................. 44
4.9
Consequences, 4.10 Utilities .................................................................................. 45