@bt2r9: الله يطولي عمرها ويحفظها #مالي_خلق_احط_هاشتاقات

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Thursday 09 January 2025 07:47:24 GMT
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z7vvp
Al-Maqati :
هذا والله الرفيق الي ماتمل منه❤️جعل عمرها طويل وعمرك مايقصر
2025-01-09 20:31:49
5
gmr.80
جمر :
ماشاءالله تبارك الله ، الله يحفظها ويمد في عمرها ، عز الله توك استانست الله لا يغير عليكم
2025-01-09 17:26:19
11
5kiul
5kiul :
الشيهانه والله هي ، عسى الله يطول بعمرها 🤍
2025-01-09 22:15:20
5
falljbly
ٓ :
الله يخليها لك ويطول بعمرها هذي والله البركه ❤️❤️
2025-01-09 22:43:35
2
t_9kiz
تركي :
اطلق خوي
2025-01-09 22:28:09
1
s_4i12
⚖️ :
صقاره ماشاءالله
2025-01-09 22:36:35
1
useru3auvtf39djasm
ابو محمد :
الله يخليها لك عسى ماطير الحبارى الله يعينها
2025-01-09 19:55:28
3
slr_66
عبدالرحمن 🪝 :
الله يطول عمرها وفالك الصيد ✋🏻
2025-01-09 21:31:36
1
asdx929
عـ🇸🇦ـين :
حي المقناص كان امك معك الله يحفظها ويطول بعمرها ويسعدك مثل ما تسعدها
2025-01-09 21:20:19
1
2u.3
Mohmeed 🌷🌷 . :
كيف ؟؟؟
2025-01-09 21:51:18
0
user9jfyvn7cdm
الوايلي🫡 :
الله يطول عمرها 🌷🌷🌷
2025-01-09 21:04:47
0
kk.ww911
ب. :
ماشاءالله تبارك الرحمن الله يجعلها من طويلين العمار عساه دئماً تفرح فيك في كل يسرها
2025-01-09 22:25:34
0
2z.y
محمّد :
الله يطول عمرها ويرزقك برها
2025-01-09 22:20:37
0
mem868_
ع. :
الله يحفظها ويطول بعمرها، ابشر بالصيد👍🏻.
2025-01-09 21:04:28
0
captinttt
Albugami :
الله يحفظها وفالك الصيد
2025-01-09 21:35:27
0
shdu856
.💙🪶. :
الله يحفظه لك 💙
2025-01-09 20:59:55
0
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An ionocraft, also known as an ion-propelled aircraft or lifter, is a type of small flying vehicle that uses ionic wind (electrohydrodynamic thrust) for lift and propulsion. It operates based on the principle of creating a high-voltage electric field to ionize air molecules and push them, creating thrust. How Ionocraft Works: 1. Electrodes and High Voltage: The ionocraft has two primary parts: A thin wire (or grid) at the top, acting as the positive (anode). A larger conductive structure below, acting as the negative (cathode). 2. Ionization: A high-voltage current (typically tens of thousands of volts) is applied between the electrodes. This ionizes air molecules near the positive electrode. 3. Thrust Creation: The ionized air molecules (positive ions) are repelled by the anode and attracted to the cathode, creating a flow of charged particles. This flow drags neutral air molecules along with it, producing an ionic wind that generates lift. Key Characteristics: No Moving Parts: Unlike traditional aircraft, ionocraft systems use electrostatic forces and don't rely on propellers or jet engines. Silent Operation: Ionic propulsion is almost completely silent. Lightweight: The design is typically very lightweight. Applications and Challenges: 1. Current Use: Research: Used in experiments to study electrohydrodynamics and alternative propulsion methods. Micro UAVs: There's potential for ionocraft technology in small, silent drones. 2. Challenges: Power Supply: Ionocraft requires extremely high-voltage, lightweight power sources, which are difficult to integrate. Thrust Limitation: It generates relatively low thrust compared to its size, limiting its payload capacity. Atmospheric Dependency: Ionocraft works only in the presence of an atmosphere, making it unsuitable for space applications. Recent Developments: Modern research is exploring ways to overcome these limitations, including advancements in power sources, materials, and scaling the technology for larger applications. #tartaria #freeenergy #ether #aether #ageofaquarius #frequency #tesla
An ionocraft, also known as an ion-propelled aircraft or lifter, is a type of small flying vehicle that uses ionic wind (electrohydrodynamic thrust) for lift and propulsion. It operates based on the principle of creating a high-voltage electric field to ionize air molecules and push them, creating thrust. How Ionocraft Works: 1. Electrodes and High Voltage: The ionocraft has two primary parts: A thin wire (or grid) at the top, acting as the positive (anode). A larger conductive structure below, acting as the negative (cathode). 2. Ionization: A high-voltage current (typically tens of thousands of volts) is applied between the electrodes. This ionizes air molecules near the positive electrode. 3. Thrust Creation: The ionized air molecules (positive ions) are repelled by the anode and attracted to the cathode, creating a flow of charged particles. This flow drags neutral air molecules along with it, producing an ionic wind that generates lift. Key Characteristics: No Moving Parts: Unlike traditional aircraft, ionocraft systems use electrostatic forces and don't rely on propellers or jet engines. Silent Operation: Ionic propulsion is almost completely silent. Lightweight: The design is typically very lightweight. Applications and Challenges: 1. Current Use: Research: Used in experiments to study electrohydrodynamics and alternative propulsion methods. Micro UAVs: There's potential for ionocraft technology in small, silent drones. 2. Challenges: Power Supply: Ionocraft requires extremely high-voltage, lightweight power sources, which are difficult to integrate. Thrust Limitation: It generates relatively low thrust compared to its size, limiting its payload capacity. Atmospheric Dependency: Ionocraft works only in the presence of an atmosphere, making it unsuitable for space applications. Recent Developments: Modern research is exploring ways to overcome these limitations, including advancements in power sources, materials, and scaling the technology for larger applications. #tartaria #freeenergy #ether #aether #ageofaquarius #frequency #tesla

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