X wind

Author: m | 2025-04-25

Hamilton Khaki X-wind H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind Auto Chrono H ; Hamilton Aviation X-wind Gmt Chrono Quartz Khaki H ; Hamilton Khaki Aviation X-wind H ; Hamilton Khaki Aviation X-wind Day Date Auto H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind

X-Wind – High-altitude wind energy

HOME » Wind-Up Knight ? These are the card details for the Yu-Gi-Oh! TCG card "Wind-Up Knight." Please refer to this page for the Yu-Gi-Oh! TCG official rules for "Wind-Up Knight." Please go to "Search For Decks Containing This Card," if you would like to search for Decks that contain "Wind-Up Knight." Wind-Up Knight Wind-Up Knight Attribute LIGHT Level Level 4 Card Text When a face-up "Wind-Up" monster you control is targeted for an attack: You can negate the attack. This effect can only be used once while this card is face-up on the field. 2011-11-15 PHSW-EN023 PHOTON SHOCKWAVE Related Cards Search Results: 1 - 10 of 26 View as Gallery View as List Legendary Wind-Up Key X SPELL Quick-Play Change all face-up "Wind-Up" monsters you control to face-down Defense Position. Overwind X TRAP Target 1 face-up "Wind-Up" monster you control; its ATK and DEF are doubled, and it returns to the hand during the End Phase. You can only activate 1 "Overwind" per turn. Weights & Zenmaisures X SPELL Target 2 face-up "Wind-Up" monsters you control with different Levels; your opponent chooses 1 of them, and the Level of the other monster becomes the same as the chosen monster's, until the End Phase. Then, if your opponent chose the monster with a lower Level, you can draw 1 card. Wind-Up Arsenal Zenmaioh X WIND Rank 5 [ Machine / Xyz／Effect ] ATK 2600 DEF 1900 2 Level 5 monstersOnce per turn: You can detach 1 material from this card, then target 2 Set cards on the field; destroy them. Wind-Up Bat X WIND Level 1 [ Machine / Effect ] ATK 300 DEF 350 You can target 1 "Wind-Up" monster in your Graveyard; change this face-up Attack Position card you control to face-up Defense Position, and add that target to your hand. This effect can only be used once while this card is face-up on the field. Wind-Up Carrier Zenmaity X WATER Rank 3 [ Machine / Xyz／Effect ] ATK 1500 DEF 1500 2 Level 3 monstersOnce per turn: You can detach 1 Xyz Material from this card; Special Summon 1 "Wind-Up" monster from your hand or Deck. When a face-up "Wind-up" monster on the field is destroyed and sent to your Graveyard (except during the Damage Step): You can detach 1 Xyz Material from this card to target that monster; return that target to the hand. Wind-Up Dog X EARTH Level 3 [ Beast / Effect ] ATK 1200 DEF 900 During your Main Phase: You can increase this card's Level by 2 and ATK by 600, until the End Phase. This effect can be used only once while this card is face-up on the field. Wind-Up Factory X SPELL Continuous Once per turn, if an effect of a "Wind-Up" monster is activated (except during the Damage Step): You can add 1 Level 4 or lower "Wind-Up" monster from your Deck to your hand. Wind-Up Honeybee X EARTH Level 1 [ Insect / Effect ] ATK 100 DEF 300 When this card is destroyed by battle and sent to the Graveyard: You can Special Summon 1 Level 4 or lower "Wind-Up" monster from your Deck. Wind-Up Hunter X DARK Level 3 [ Beast-Warrior / Effect ] ATK 1600 DEF 500 You can Tribute 1 face-up "Wind-Up" monster, except "Wind-Up Hunter"; send 1 random card from your opponent's hand to the Graveyard. This effect can only be used once while this card is face-up on the field.

X-Wind High-altitude wind energy

Hi, sorry for the delay in replying. This is an area of FSUIPC that I am not that familiar with (at the moment!), but I have discussed this with Pete. First, it seems that you would like one of two options: 1. Adding NMEA out sentences for $GPMWV / $GPMWD, or 2. Add IAS/TAS info, via custom NMEA sentences, so that wind info can be calculated from external sources Is this correct? For 1, I am not sure that this information is available. There are simvars for ambient wind relative wind velocity:AMBIENT WIND DIRECTION: Wind direction Degrees (TRUE, not relative)AMBIENT WIND VELOCITY: Wind velocity Knots AMBIENT WIND X: Wind component in East/West direction. Meters per second AMBIENT WIND Y: Wind component in vertical direction. Meters per second AMBIENT WIND Z: Wind component in North/South direction. Meters per second STRUCT AMBIENT WIND X: (latitude), Y (vertical) and Z (longitude) components of the wind. Feet per second RELATIVE WIND VELOCITY BODY X: Lateral speed relative to wind Feet (ft) per second RELATIVE WIND VELOCITY BODY Y: Vertical speed relative to wind Feet (ft) per second RELATIVE WIND VELOCITY BODY Z: Longitudinal speed relative to wind Feet (ft) per second I could possibly construct a MWC sentence using these ambient wind simvars - from the NMEA 0183 protocol:MWV Wind Speed and Angle1 2 3 4 5| | | | |$--MWV,x.x,a,x.x,a*hh1) Wind Angle, 0 to 360 degrees2) Reference, R = Relative, T = True3) Wind Speed4) Wind Speed Units, K/M/N5) Status, A = Data Valid6) Checksum However, I have no details on the sentence to be used for MWD - from the same document:MWD Wind Direction & SpeedFormat unknown Do you have any details on how to construct such a sentence? Or would just adding the MWV sentence suffice? For 2, do you have any information on the custom sentences required? IAS is already included in the RPY sentence (as speed KIAS*10). but not TAS. John. Hamilton Khaki X-wind H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind Auto Chrono H ; Hamilton Aviation X-wind Gmt Chrono Quartz Khaki H ; Hamilton Khaki Aviation X-wind H ; Hamilton Khaki Aviation X-wind Day Date Auto H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind

Primus Wind Power Silent X Wind Turbine

Contact us The Haliade-X platform was the industry’s first 12+ MW offshore wind turbine to operate. Furthermore, it is the platform with the longest operating history in the 12+MW segment, ensuring tangible experience operating the turbine in different conditions at different output levels. The Haliade-X offshore turbine features a range of power rating covering 12-14.7MW capacity, 220-meter rotor, a 107-meter blade, and digital capabilities. It has also received independent certification, making it a proven and bankable technology for customers seeking financing. TWO DAYS ONE ROTATION COULD POWER ONE UK HOUSEHOLD 60-64% LEADING CAPACITY FACTOR 220 meter ROTOR 260 meters UP TO HEIGHT video --- This is Anchor Link Installation time lapse of the world's most powerful offshore turbine built today - GE Renewable Energy's Haliade-X - in Rotterdam port, the Netherlands. images --- This is Anchor Link OUR TECHNOLOGYGet to know GE’s Haliade-X offshore wind turbine services --- This is Anchor Link SERVICES Services for GE's offshore wind turbines GE operates a global network of local service centers and offers a full range of packages and services in order to enhance availability, improve energy generation and optimize component and system lifetime. links --- This is Anchor Link RELATED LINKS Related offshore wind products Haliade 150-6MW offshore wind turbine Developed for all offshore conditions, the 150-6MW direct drive wind turbine currently provides offshore wind power to Germany (Merkur) and the state of Rhode Island (Block Island). LEARN MORE Digital solutions for wind assets A digital suite optimizing operations proven to meet evolving challenges, connecting operators with the information and insights to seamlessly drive action across their rapidly growing fleets LEARN MORE Conflict of interest.Data Availability StatementThe raw/processed data required to reproduce these findings cannot be shared at this time as the data also forms part of an ongoing study.ReferencesArgentini, T.; Ozkan, E.; Rocchi, D.; Rosa, L. Cross-wind effects on a vehicle crossing the wake of a bridge pylon. J. Wind Eng. Ind. Aerodyn. 2011, 99, 734–740. [Google Scholar] [CrossRef]Chen, S.; Cai, C.S. Accident assessment of vehicles on long-span bridges in windy environments. J. Wind Eng. Ind. Aerodyn. 2004, 92, 991–1024. [Google Scholar] [CrossRef]Xu, Y.L.; Zhang, N.; Xia, H. Vibration of coupled train and cable-stayed bridge systems in cross winds. Eng. Struct. 2004, 26, 1389–1406. [Google Scholar] [CrossRef]Olmos, J.M.; Astiz, M.A. Improvement of the lateral dynamic response of a high pier viaduct under turbulent wind during the high-speed train travel. Eng. Struct. 2018, 165, 368–385. [Google Scholar] [CrossRef]Kwon, S.; Kim, D.H.; Lee, S.H.; Song, H. Design criteria of wind barriers for traffic. Part 1: Wind barrier performance. Wind Struct. 2011, 14, 55–70. [Google Scholar] [CrossRef] [Green Version]Xiang, H.; Li, Y.; Chen, S.; Hou, G. Wind loads of moving vehicle on bridge with solid wind barrier. Eng. Struct. 2018, 156, 188–196. [Google Scholar] [CrossRef]Avila-Sanchez, S.; Lopez-Garcia, O.; Cuerva, A.; Meseguer, J. Characterisation of cross-flow above a railway bridge equipped with solid windbreaks. Eng. Struct. 2016, 126, 133–146. [Google Scholar] [CrossRef] [Green Version]He, X.; Zou, Y.; Wang, H.F.; Zou, Y.F.; Han, Y.; Shi, K. Aerodynamic characteristics of a trailing rail vehicles on viaduct based on still wind tunnel experiments. J. Wind Eng. Ind. Aerodyn. 2014, 135, 22–33. [Google Scholar] [CrossRef]Niu, J.; Zhou, D.; Liang, X.; Zhou, D. Experimental research on the aerodynamic characteristics of a high-speed train under different turbulence conditions. Exp. Therm. Fluid Sci. 2017, 80, 117–125. [Google Scholar] [CrossRef]He, X.; Shi, K.; Wu, T.; Zhou, Y.; Wang, H.; Qin, H. Aerodynamic performance of a novel wind barrier for train-bridge system. Wind Struct. 2016, 23, 171–189. [Google Scholar] [CrossRef]Liu, T.; Chen, Z.; Zhou, X.; Zhang, J. A CFD analysis of the aerodynamics of a high-speed train passing through a windbreak transition under crosswind. Eng. Appl. Comput. Fluid Mech. 2018, 12, 137–151. [Google Scholar]

Amazon.com: Hamilton X Wind

Building a wind meter, or anemometer, is a fun and educational activity for kids. It’s a great way to learn about wind speed. Let’s measure the wind! Materials You’ll Need:4 small paper cups push pin new pencil with eraser on the end stiff, corrugated cardboard (enough to cut two, same-size strips, each 1.5” wide x 10” long) scissors marker ruler (for measuring) stapler modeling clay parent supervision Instructions:Color the entire outside of one paper cup with the marker.With parental supervision, cut out two same-size strips from the cardboard (1.5” wide x 10” long) Staple the two pieces of cardboard together in the center so they form an X. Staple each paper cup (laying on their sides) to the ends of the cardboard X, making sure the cups all face the same direction. Create the base: Flip the cardboard X over, so the cups are on the bottom. With parental supervision, push the pushpin through the center of the carboard X and into the eraser of the pencil. Make sure the cups can spin freely. Test it out! Take your anemometer outside on a windy day and watch it spin. You can count the number of times the colored cup passes a fixed point in a minute to estimate wind speed. The faster it spins, the stronger the wind! You can hold your anemometer, or you can create a base to hold it, by using an old plastic container & some clay in it to hold the pencil for you.Remember:Be very careful when cutting the cardboard and when using the pushpin. Ask an adult for help!Now you’re a wind scientist!

The X-wind Model - SpringerLink

VENTUS-X-UMB Ultrasonic Wind Sensor with extended Heating VENTUS-X: Additional transducer heater for most eXtreme environmental conditions! Extremely precise and maintenance-free measurement of wind speed and wind direction even in the lowest temperature The accurate wind sensor uses the run-time differential method for determining the wind speed and wind direction. It provides output for instantaneous values, vector and scalar means, the maximum gust of wind and wind direction, the maximum/minimum values and the virtual temperature. Data output through serial or analogue interfaces provides compatibility of the Lufft Ventus for commercially available hydrometeorological dataloggers and PLC systems. An automatic heater ensures reliable operation even in very harsh environmental conditions. Parameters measured: Wind speed, wind direction, virtual temperature, barometric pressure Measurement technology: Ultrasonic Product highlights: Ice-free operation in extreme freezing conditions due to additional transducer heater, maintenance-free measurement, suitable for extreme ambient conditions, vibration and seawater resistant, compatible interfaces Interfaces: SDI-12, RS-485, various RS-485-protocols, analogue output Article number : 8371.UMTX Request a quote or advice Advantages Examples of use Resources Videos Accessories Technical Data Most powerful integrated heater with additional transducer heater, that can be switched on if there is danger of frost – guarantees ice-free operation in extremely low temperatures and freezing conditionsBuilt-in data pre-processing, universal interfaces and selectable output protocols – compatible with OTT-dataloggers, commercially available HydroMet dataloggers and PLS systemsMaintenance-free operation – no moving parts that can wear out thanks to ultrasonic measuring method; no need for re-calibrationSuitable for all climate zones; also for solar-powered automatic meteorological stationsVibration and seawater resistant – also applicable in coastal regionsSuccessfully tested and certified in extreme ambient conditions (temperature, air humidity, electromagnetic compatibility, vibration, salt spray, and icing) The robust and maintenance-free wind sensor is designed for professional meteorological applications in all climate zones. It delivers reliable data, even in extreme ambient conditions.Examples of Use:Synoptical automatic weather stations of meteorological servicesWeather stations at airports, marinas and onboard shipsWind turbine controlWeather observation for road and traffic control systemsMountain weather stations for avalanche and flood warningHydro-meteorological stations Video - VENTUS - Produktfilm/Product film Lufft Ventus - UMB Wind Sensor Video - Ventus: Cost Benefit Analysis for. Hamilton Khaki X-wind H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind Auto Chrono H ; Hamilton Aviation X-wind Gmt Chrono Quartz Khaki H ; Hamilton Khaki Aviation X-wind H ; Hamilton Khaki Aviation X-wind Day Date Auto H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind Hamilton Khaki Aviation X-wind H ; Hamilton Khaki Aviation X-wind Auto Chrono 45mm H ; Hamilton Khaki X-wind H ; Hamilton Khaki X-wind H ; Hamilton Khaki Aviation X-wind Chrono H ; Hamilton Khaki Aviation X-wind Chrono H ; Hamilton Khaki Aviation X-wind Auto Chrono 45mm H

WIND-X Large Kit - X-innovations

Or Dazed enemyNoLaunches Stunned or Dazed target Airborne. Inflicts [3.5] damage. Stacks 1 Wind Shear Wound.Rising Kick30-13mTargetInstantInstantAirborne targetNoRefreshes Airborne. Inflicts [5.5] damage. Increases Evasion by 100%. Stacks 1 Wind Shear Wound.Falling Star33-13mTargetInstantInstantAirborne targetNoGrounds Airborne enemy. Inflicts [6.5] damage. Increases Evasion by 100%. Removes Wind Shear Wound and stuns for 3 sec. if used on a target with 3 stacks.Pummel3503mTargetInstantInstant On Grappled targetNoInflicts [13.5] damageTriple Kick36+5Centered on Caster2 x 4mInstant15 sec.When using Footwork / Shadow Dance or Resist by FlurryNoStun for 2 sec. Inflict [10] damage. +6 Focus Recovery for 3 sec. Cancels Defensive skills.Avenging Fist40+216mTargetInstant18 sec.During Counter / On CounterNoResist for 1 sec. [6] damage. Removes Block Approach and Approaches enemy. On hit: Readies Searing Palm and reduces cooldown by 5 sec.Leg Sweep4-2Centered on Caster5m semicircleInstant18 sec.NoneNoKnocks Down for 3 sec. Inflicts [1] damage. Pierces Parry. -25% Movement Speed for 6 sec.Emit Frost28+3Centered on Caster5m radiusInstant1 min. 30 sec.NoneNoEscapes from Control. Frost Prison for 3 sec. Removes Block Approach. Escapes from Freeze. Freezes enemies within 5m. Unable to reset cooldown.Chokehold38-23mTargetInstant45 sec. On Grappled targetNoRenders target Unconscious for 30 sec.Comet Strike23-2Centered on Caster2 x 8mInstant30 sec.None3 ~ 15%Inflicts [12] damage. +15% Critical Damage for 10 sec. On hit: readies Searing Palm; decreases Wind Gyre cooldown by 5 sec.Armbar45+53mTargetInstantInstant On Grappled targetNoInflicts [5] damage. Blocks Defensive skills for 10 sec.Rising Dragon60Centered on Caster8m radiusInstant30 sec.NoneNoStuns for 2 sec. Inflicts [1] damage and applies Deep Wound for 12 sec. +10% HP Recovery. Pulls enemies within a 8m radius. Purges Deep Wound. Pierces Defense and Parry skills.Pivot Kick330Centered on Caster2 x 8mInstant12 sec.None3 ~ 15%Inflicts [9.5] damage. On hit: Readies Searing Palm and reduces cooldown by 8 sec.Searing Palm45+53mTargetInstant30 sec.On Pivot Kick use; On Avenging Fist hit; Upon Resist with Shadow Dance / Footwork / Flurry / Backstep4 ~ 20%[10] damage. Pierces Defense and Parry skills. -10% [[Movement Speed]|Speed]]. For 12 sec.: +1 Focus/sec; +20% Damage Reduction. Applies Searing Palm to target; gain +2.5% Critical Damage for 3 sec. on hit (max 10 stacks).Flurry23016mTargetInstant24 sec.NoneNoInflicts [18] damage over 4 hits. Approaches enemy. Resists damage and status effects. On Resist, decreases cooldown of: Searing Palm by 8 sec. (max 1 time); Wind Gyre by 6 sec. (max 1 time).Wind Gyre3601m5m radiusInstant45 sec.None3 ~ 15%[25] damage for 10 sec. on enemies within range. Recovers 2 Focus for each enemy hit. Triggers Wind Shear, Howling Wind Shear for 3 sec. Pierces Defense and Parry skills.Shadow Dance803mTarget0.2 sec.15 sec.NoneNoDashes to the left. Resists damage and status effects: for 0.6 sec; up to 5 times for 1 sec. +35% Movement Speed for 6 sec. On Resist: Recovers 5 Focus; Recovers 2% of HP over 2 sec.; Triggers Wind Shear, Howling Wind Shear for 2 sec.Footwork80Centered on CasterTarget0.2 sec.15 sec.NoneNoDashes