EmDrive & AwDrive - 6 Watt Mini Drive Experiment

preview_player
Показать описание
AwDrive = Acoustic Wave Drive, The Analog of Electromagnetic Drive
How It Works.
  1. Midi_Music KH
  2. AwDrive
  3. EmDrive
  4. NASA
  5. Impossible Thruster
  6. Simulation
Рекомендации по теме
EmDrive & AwDrive 0:12:41

EmDrive & AwDrive - Free Energy 6

EmDrive & AwDrive 0:07:02

EmDrive & AwDrive - Experiment in Water 6

EmDrive & AwDrive 0:05:03

EmDrive & AwDrive - 6 Watt Mini Drive Experiment

EmDrive & AwDrive 0:14:45

EmDrive & AwDrive - Water Propulsion Engine - Invention

EmDrive & AwDrive 0:14:38

EmDrive & AwDrive - Air-AND-Water Propulsion Engine

EmDrive & AwDrive 0:02:20

EmDrive & AwDrive - Neodymium+Ferrite Piston Engine - 72 Watt #1

Emdrive tune = 0:00:06

Emdrive tune = 6 cm

EmDrive & AwDrive 0:04:56

EmDrive & AwDrive - 400Watt Experiment

EmDrive & AwDrive 0:08:53

EmDrive & AwDrive - Experiment in Water 30. Good hydrodynamic shape

Emdrive Dual Air-track 0:00:28

Emdrive Dual Air-track test

EmDrive & AwDrive 0:06:06

EmDrive & AwDrive - Wind Speed Measurements

EmDrive & AwDrive 0:05:19

EmDrive & AwDrive - Experiment in Water 26 (15Watt)

EmDrive & AwDrive 0:03:47

EmDrive & AwDrive - 14000 mN thrust per 1 kW

EmDrive & AwDrive 0:08:59

EmDrive & AwDrive - Controlled by Arduino

EmDrive & AwDrive 0:05:59

EmDrive & AwDrive - Water Propulsion Engine V2

EmDrive & AwDrive 0:03:47

EmDrive & AwDrive - 84 Watt

EmDrive & AwDrive 0:15:35

EmDrive & AwDrive - Electric Oscillator (Water Propulsion Engine) - invention

EmDrive & AwDrive 0:12:09

EmDrive & AwDrive - Free Energy 7

EmDrive & AwDrive 0:06:33

EmDrive & AwDrive - The same in principle operation

EmDrive & AwDrive 0:06:57

EmDrive & AwDrive - Experiment in Water 29. Good hydrodynamic shape

EmDrive & AwDrive 0:10:37

EmDrive & AwDrive - Experiment in Water 15

EmDrive & AwDrive 0:05:06

EmDrive & AwDrive - 007 Watt Mini Pendulum

EmDrive & AwDrive 0:10:13

EmDrive & AwDrive - Experiment in Water 36 (3.7V)

EmDrive & AwDrive 0:10:22

EmDrive & AwDrive - Experiment in Water 28. Small, powerful, and sounds loud

Комментарии
Автор

Tần số tối ưu f: là tần số cho lực đẩy lớn nhất, với cùng một công suất tiêu thụ điện.
Tần số này phụ thuộc vào:
- lực đàn hồi của bộ treo (gân loa, màng nhện)
- khối lượng của bộ treo, khối lượng của màng loa, kích thước của hình nón cụt, diện tích cửa thoát, diện tích màng loa, ...
- khối lượng riêng của không khí, độ nhớt của không khí, ...
...
Rất phức tạp.
---
The optimal frequency f: is the frequency for the maximum thrust, with the same electric power consumption.
This frequency depends on:
- elastic force of suspension (tendon, spider)
- the weight of the suspension, the weight of the diaphragm, the size of the cone, the area of the exit, the area of the speaker diaphragm, ...
- specific mass of air, viscosity of air, ...
...
Very complicated.
---

MidiMusicKH
Автор

The magnet in the speaker driver isn't sufficiently isolated from the strain gauge in the digital scales. ie they are attracted when a current is passed through the speaker.
Do the experiment again with the speaker at least 1m from the scales and see if you get different results. Also try to isolate the weight of the wire too, don't have it touching the ground. You should try to have the entire speaker, wire and electronics on the scales running by remote control, rather than any part of the system resting on the desk.

NeonVisual