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Video poker is a popular form of gambling that has been around since the early seventies when it was first introduced. Several decades after, this casino game is still widely enjoyed by numerous casino players all over the world, which can be attributed to the simple game mechanics involved, high probability of hitting large wins, and the help of exclusive casino affiliate program campaigns that made online betting sites more popular than ever.
Although initially regarded as a game of luck, which makes it comparable to slot machines, this, as a matter of fact, is a game that requires skills. This explains the possibility for anyone to win huge payoffs after mastering various strategies that will ensure players to get the highest returns possible after each round of every game. While high pay tables seem very attractive, especially to amateur players, skilled players actually tend to win more even when they choose to play those that offer lower pay tables. This clearly debunks the saying that the house has the advantage once the skills take place.
In effect, myriad players flock to casinos to play Jacks or Better and Deuces Wild, which are two of the well-known variations of video poker. Deuces Wild, which makes two of all suits a wildcard, offers 100.8% payoff in theory, while Jacks or Better, also called Draw Poker, offers 99.5% when played using a perfect video poker strategy. But despite the lower payoff of the latter, most other kinds of this game are actually based on Jacks or Better with each only varying its payoffs for certain combinations. Examples of these variations are Tens or Better, Double Bonus, and Double Double Bonus.
*Video poker is a popular form of gambling that has been around since the early seventies when it was first introduced. Several decades after, this casino game is still widely enjoyed.
*Wolf Poker, roulette number colors, youtube new high limit new games bonus labege lake charles 2019, magic mermaid slot machine app. 18+, T&C Apply, New.
*’Frugal Video Poker’ by Wolf Gaming Software ’Frugal Video Poker is simply the latest breakthrough in video poker software, and I believe it will fundamentally change the way people learn the game.’ - Skip Hughes, in Video Poker Player. We welcome you to the next generation of video poker software, Frugal Video Poker. Our goal is to help you learn - in an entertaining way – how to play smart video poker.
€ 10,350 No Limit Hold’em - WSOPE Main Event (Event #14) World Series of Poker Europe - WSOPE 2019, Rozvadov.
Available and accessible
This game can be played in every casino provided that there are video poker machines installed. And with such high demand, there’s no reason for any casino to not have these machines, whether higher or lower-paying ones, available on their floor. Moreover, many video poker online casinos through modern technology have perfected their ways of offering this popular game to just about anyone in the globe who has registered for an account in these respective casinos. As a result, most players, nowadays, wager on this classic yet exciting game in the comfort of their home as long as they have a working computer and fast Internet connection speed.
Simple and easy
The rules of this game are very basic. A player will simply have to wager and press the “deal” button to receive five cards that have been randomly selected from a 52-card deck. Selecting which cards to drop and which to keep, then, takes place. This step is crucial as the remaining cards, along with the replacements, must form a winning combination, that’s why it would help to know some strategies.
Moreover, knowing the different video poker hands and their ranks—royal flush, straight flush, four of a kind, full house, flush, straight, three of a kind, two pair, pair of jacks or better video poker—is important. Mastering an optimal strategy to achieve these combinations, preferably those with higher ranking ones, will ensure the player’s chances of beating the game and earning loads of money from playing rounds of video poker.
100. G.K. Wolf, R. Spiegel, K. Zucholl: ’The Catalytic Activity of Tungsren Carbide Modified by Ion Implantation’ Nucl. Instr. Methods B 19/20 ( 1987 ), 1030-1033.
101. C.l Weist, G.K. Wolf, P. Ballhause: ’Improving Wear Resistance of Metal Forming Tools by Ion Implantation’, Mat. Science and Engineering ( 1987 ), 399-405.
102. H. Ferber, G.K. Wolf: ’Aqueous Corrosion Behaviour of Ion-Implanted Metals’, Mat. Science and Engineering ( 1987 ), 213-221.
103. W. Eisinger, G.K. Wolf: ’The Influence of Platinum Implantation on Hydrogen Embrittlement of Tantalum in Acidic Solution’, Mat. Science and Engineering ( 1987 ), 237-241.
104. G.K. Wolf, K. Zucholl, M. Barth, W. Eisinger: ’Equipment for Ion Beam Assisted Deposition’, Nucl. Instr. Methods B 21 ( 1987 ), 570-573
105. G.K. Wolf: ’Korrosionsschutz gegen wässrige Medien durch Ionenbestrahlung’, Proceedings PVD ´86, Darmstadt 11.-12.3. 1986, THD Schriftenreihe Wissenschaft und Technik 30 ( 1986 ), 295.
106. H. Ferber, G.K. Wolf, H. Wirth: ’Chemical Properties of Ion Bombarded Thin Carbon Surface Layers’,Radiation Effects in Insulators 3 ( I.H. Wilson, R.P. Webb. Eds.), Gordon and Breach, London 1986, p. 573-580 ( 1987 erschienen).
107. G.K. Wolf: ’Ionenimplantation in Keramik’ Fortschrittsberichte der Deutschen Keramischen Gesellschaft. 2 ( 1986/87 ), Heft 1, 65-80.
108. G.K. Wolf: ’Beschichten durch Ionentsrahlen’. In: Handbuch der Fertigungstechnik, Hrsg. G. Spur, Carl Hanser Verlag, München 1987, Band 4/1, 408-418.
109. G.K. Wolf: ’The Formation of Corrosion Resistant Thin Films by Ion Beam Mixing’, GSI-Bericht 87-1 ( 1987 ), 248.
110. G.K. Wolf, P. Ballhause, G. Frech: ’The Use of Ion Bombardment for Improving Mechanical Surface Properties of Tools’, GSI-Bericht 87-1 ( 1987 ), 249.
111. G.K. Wolf, K. Roessler: ’Chemical Effects of Ion Bombardment’. In: Ion Beam Modification of Insulators, Hrsg. P. Mazzoldi and G. Arnold, Elsevier, Amsterdam 1987, 558-584.
112. E. Broszeit. H.-J. Schröder, G.K. Wolf: ’Verschleißminderung an hartverchromten Kolbenmringen durch Ionenimplantation’, Teitschrift für Werkstofftechnik 18 ( 1987 ), 356-359.
113. U. König, G.K. Wolf: ’Effects of Ion Implantation in Cemented Carbides and Cobalt Alloys’, Surface and Coatings Technology, 33 ( !)(/ ), 501-509.
114. G.K. Wolf: ’Ionenbestrahlung zur Metallvergütung’. In: Hartstoffschichten zur Verschleißminderung, Hrsg. H. Fischmeister und H. Jehn, DGM, Oberursel 1987, S. 199 ff.
115. W. Ensinger. M. Barth, G.K. Wolf: ’Microporosity and Adhesion of Ion Bombarded Thin Silicon Surface Films’, Nucl. Instr. Meth. B 32 ( 1988 ) 104-110.
116. G.K. Wolf, P. Ballhause, W. Ensinger: ’New Results on Wear Reduction and Corrosion Protection with Ion Beam Techniques’, GSI-Bericht 88-1 ( 1988 ) 163.
117. H. Ferber, G.K. Wolf, H. Wirth: ’Modification of Thin Carbon Layers on Steel by Ion Bombardment’, EMS-Proceedings, Band XVII, Les Editions de Physique, Les Ulis 1987, p.395-404 (1988 erschienen)
118. P. Ballhause, U. König, Ch. Weist, H, Westheide, G.K. Wolf: ’Verschleißverhalten von Werkzeugen aus Stahl und Hartmetall nach Ionenimplantation’: In: Tribologie, Band 12, Springer Verlag, Berlin 1988, S. 463-489.
119. W. Bolse, T, Corts, K.P. Lieb, M. Uhrmacher, Th. Weber, W. Ensinger, G.K. Wolf: ’Depth Profiling of AIN-Layers on Stainless Steal’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 16.1-16.8.
120. M. Barth, W. Ensinger, G.K. Wolf: ’Untersuchungen zur Haftfestigkeit, Eigenspannungen und Korrosion gemischter Schichten’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 13.5-13-14.
121. P. Ballhause, M. Barth, W. Ensinger, G.K. Wolf: ’Oberflächenvergütung durch Ionenimplantation, Teilprojekt PCI Heideloberg’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 18.1-18.14.
122. G.K. Wolf ’Ionenstrahlverfahren zur Verbesserung von elektrochemischen Schichten’ Galvanotechnik 79 ( 1988 ) 3632-3639.
123. G.K. Wolf ’Korrosionsschutz durch Oberflächenvergütung mittels Ionen- und Elektronenbestrahlung’, Werkstoffe und Korrosion 40, ( 1988 ) 114-115.
124. G.K. Wolf, M. Barth, W. Ensinger: ’Ion Beam Assisted Deposition for Metal Finishing’ Nucl. Instr. Meth. B 37/38 ( 1989 ) 682-687.
125. W. Ensinger, G.K. Wolf: ’Protection against Hydrogen Embrittlement by Ion Beam Mixing’ Nucl. Instr. Meth. B 39 ( 1989) 552-555.
126. W. Ensinger, G.K. Wolf: ’Corrosion Studies in Hot Acids of Titanium Modified by Refractory Metals by Ion Beam Techniques’ Mat. Sci. Eng. A116 ( 1989 ) 35.
127. E. Broszeit, W.D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf(Hrsg.): ’Plasma Surface Engineering’ DGM, Oberursel 1989.
128. G.K. Wolf: ’Ion Beam Mixing Techniques for Wear Reduction and Corrosion Protection’ In: E. Broszeit, W.D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf (Hrsg.), Plasma Surface Engineering, DGM, Oberursel 1989, S. 945-963.
129. W. Ensinger, G.K. Wolf: ’The Potential of Ion Beam Chemical Vapour Deposition for Producing Protective Coatings’ In: E. Broszeit, W:D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf (Hrsg.), Plasma Surface Engineering, DGM, Oberursel 1989, S. 987.
130. W. Ensinger, G.K. Wolf: ’Ion Beam Assisted Coatings for Corrosion Protection Studies’ Proc. Int. Conf. on Surface Modification of Metals by Ion Beams, Riva del Garda, Italien 1988 Mat. Sci. Eng. A116 ( 1989 ) 1.
131. P. Ballhause, G.K. Wolf, Chr. Weist: ’The Influence of Temperature on the Performance of Ion-implanted Metal-forming Tools’ Mat. Sci. Eng. A115 ( 1989 ) 273-277.
132. L. Guzman, G.K. Wolf, R.P.M. Procter (Hrsg.): ’Surface Modification of Metals by Ion Beams 6’ Mat. Sci. Eng. A115/116 ( 1989 ).
133. G.K. Wolf: ’The Joint Project Ion Beam Mixing; Survey and Experimental Results’ GSI-89-1 ( 1989 ) 236.
134. G.K. Wolf: ’Chemical Properties of Ion Implanted Ceramics’ In: Structure-Property Relationships in Surface-Modified Ceramics, J. McHargue, R. Kossowsky, W. Hofer (Hrsg.), Kluwer Acad. Publ. Dordrecht, 1989, 331-353.
135. H. Witzuschek, G.K. Wolf, H. Emig, D.M. Rück, P. Spädke, B.H. Wolf: ’Ion Source Modification for Ion Beam Assisted Deposition of Work Pieces’ GSI-90-1 ( 1990 ) 346.
136. P. Ballhause, W. Ensinger, W. Fischer, G.K. Wolf: ’Recent Progress Using Ion Beam Techniques for Materials Modification’ GSI-90-1 ( 1990 ) 207.
137. G.K. Wolf, M. Barth, W. Ensinger, A. Schröer: ’Inhibition of Aquepus Corrosion by Ion Beam Assisted Deposition of Coatings’ 9th European Congress on Corrosion, Utrecht, Niederlande, October 2-6, 1989, Tagungsband, Jaarbeurs Publishers, Utrecht, 1989.
138. M. Barth, W. Ensinger, A. Schröer, G.K. Wolf: ’Low Temperature Generation of Hard Coatings by Ion Beam Assisted Evaporation’ In: Surface Modification Technologies III (Hrsg. T.S. Sudarshan und D.G. Bhat ), TMS, Warrendale ( USA ) 1990, S. 195-206.
139. G.K. Wolf, M. Barth, W. Ensinger, M. Hans: ’Ion Beam Assisted Deposition for Low Temperature Formation of Coatings with Good Adhesion and Controlled Stress’ Vacuum 41( 1990 ) 1308-1309.
140. P. Ballhause, W. Fischer, G.K. Wolf, H. Ferber, K. Mörgenthaler, E. Schmidt: ’Ionenstrahlömodifikation von Umformwerkzeugen und Keramiken des Automobilbaus’ In: Dünnschichttechnologien 1990, VDI-Verlag, Düsseldorf 1990, S. 203-303.
141. G.K. Wolf: ’Modification of Chemical Properties by Ion Beam Mixing Techniques’ Vacuum 39 ( 1989 ) 1105-1110 ( 1990 erschienen ).
142. G.K. Wolf: ’Der Einsatz von Ionenstrahlverfahren für Korrosionsschutz und Verschleißminderung’ In: Tagungsbericht Kolloquium Oberflächentechnik Baden-Württemberg-Rhones-Alpes, 14.-15.3.1990, Schwäbisch Gmünd ( Hrsg. Ministerium für Wirtschaft, Mittelstand und Technologie BW ), S. 139-154.
143. G.K. Wolf: ’Modification of Chemical Surface Properties by Ion Beam Assisted Deposition’ Nucl. Instr. Meth. B 46 ( 1990 ) 369-378.
144. G.K. Wolf, : Barth, W. Ensinger, M. Hans, A. Schröer: ’Modification of Interface and Thin Film Properties by Ion Beam Techniques’ Advanced Materials and Processes ( H.E. Exner, V. Schumacher ) DGM-Inf. Gesellschaft, Oberursel 1990, S. 1179-1186.
145. M. Hans, G.K. Wolf, F.E. Wagner: ’A CEMS Apparatus for In Situ Studies of Ion Beam Modified Metals’ Hyperfine Interactions 56 ( 1990 ) 1593-1598.
146. G.K. Wolf: ’Modification of Mechanical and Chemical Properties of Thin Films by Ion Bombardment’ Suface and Technologhy 1990, 43/44 ( 1990 ) 920-935.
147. G.K. Wolf ’Protection against Localized and Uniform Corrosion by Ion Beam Assisted Deposition’ In: Environmental Degradation of Ion and Laser Beam Treated Surfaces ( Hrsg. G.S. War and K. Grabowski), TMS, Warrendale ( USA ) 1989.
148. G.K. Wolf: ’Korrosionsschutz metallischer Werkstoffe mit Ionenstrahlverfahren’ In: Jahrbuch Oberflächentechnik Band 47 ( Hrsg. B. Isecke, G. Reiner, W. Riedel, Metallverlag, Berlin/Heidelberg 1991, S. 331-334).
149. A. Schröer, W. Ensinger, G.K. Wolf: ’A comparison of corrosion behaviour and hardness of steel samples ( 100Cr6 ) coated with TiN and CrN by different institutions using different deposition techniques’ Mat. Sci. Eng. A 140 ( 1991 ) 625-630.
150. W. Fischer, H. Wituschek, G.K. Wolf, D. Rück: ’Ion Implantation Effects in Engineering Ceramics’ GSI 91-9 ( 1991 ) 237.
151. M. Barth, W. Ensinger, V. Hoffmann, G.K. Wolf: ’Stress and adhesion of chromium and boron films deposited under ion bombardment’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1991 ) 254-258.854.
152. X.H. Liu, S. Zou, S. Taniguchi, Q. Fang, S. Kalbitzer, A. Schröer, W. Fischer, M. Barth, W. Ensinger,G.K. Wolf: ’Electrochemical characterization and corrosion behaviour of Ni3Al ( 0.1B ) modified by ion beam techniques: a comparative study’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1990 ) 851-
153. G.K. Wolf, W. Ensinger: ’Ion bombardment during thin film deposition and its influence on mechanical and chemical suface properties’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1991 ) 173-181.
154. A. Schröer, W. Ensinger, G. Frech, G.K. Wolf: ’The properties of a-C films ontained by ion beam assisted carbon evaporation’ Surf. Coat. Technol. 47 (1991 ) 418-425.
155. G.K. Wolf: ’Neue Anwendungen der Ionenstrahltechnik’ Ingenieur-Werkstoffe 3 ( 1991 ) 50-52.
156. G.K. Wolf: ’Ion beam assisted deposition of insulating layers’ Nucl. Instr. Meth. Phys. Res. B 65 ( 1992 ) 107-114.
157. M. Hans, G. Frech, G.K. Wolf, F.E. Wagner: ’Formation of amorphous and crystalline phases in the ion beam modified boron-iron system studied by Mössbauerspectroscopy’ Nucl. Instr. Meth. Phys. Res. B53 (1991) 161-166
158. L. Xinaghuai, Z. Jinakun, Z. Shichang, S. Taniguchi, A. Schröer, G.K. Wolf: ’Synthesis of gradient thin films by ion beam enhanced deposition’ Mat. Sci. Eng. A139 (1991) 220-224
159. C. Klatt, W. Ensinger, H. Martin, G.K. Wolf, P. Cberschachtsiek, D. Niemann, S. Kalbitzer: ’Film thickness determination with proton-induced x-ray emission’ Nucl. Instr. Meth. Phys. Res. B68 (1992) 277- 280
160. W. Ensinger, G.K. Wolf: ’Electrocatalytic protection against hydrogen embrittlement of tantalum in strong acids by platinum ion implantation’ Surf. Coat. Technol. 51 (1992) 41
161 W. Ensinger, A. Schröer, G.K. Wolf: ’Are coatings produced by ion-beam-assisted deposition superior? A comparison of chemical and mechanical properties ofsteel coated using different deposition techniques’ Surf. Coat. Technol. 51 (1992) 217
162. W. Ensinger, M. Barth, A. Schröer, H. Martin, B. Enders, R. Emmerich, G.K. Wolf: ’lon beam assisted deposition with a duoplasmatron’ Rev. Sci. Instr. 63 (5) (1992) 3058
163. G. Frech, W. Ensinger, H. Müller, M. Hans, G.K. Wolf: ’A multi-purpose implanter with various target chambers for basic studies on the influence of ion bombardment on material properties’ Nucl. Instr. Meth. Phys. Res. B 68 (1992) 402
164. H. Wituschek, M. Barth, W. Ensinger, G. Frech, D. Rück, K. Leible, G.K. Wolf: ’ALLIGAT0R - an apparatus for ion beam assisted deposition with a broad beam ion source’ Rev. Sci. Instr. 63 (4) (1992) 2411
165. G.K. Wolf: ’Modification of chemical properties of materials by ion beam mixing and ion bearn assisted deposition’ J. Vac. Sci. Technol. A 10 (4) (1992) 1757
166. M. Hans, H .Martin, H. Ollendorf, G.K. Wolf, D. Boos: ’The interdependency of microstructure, stress and wear for ion beam modified tool steels’ Surface and Coatings Technology (1992) 93-99
167. G.K. Wolf, R. Holbein, U. Koch, H. Roland, Meyer: ’Korrosionsschutz durch Ionenstrahlverfahren’ Werkstoffe und Korrosion 43, 371-372
168. H. Wituschek, W. Ensinger, G. Frech, K. Neubeck, G.K. Wolf, K.D. Leible: ’Alligator - An Apparatus for Ion Beam Assisted Deposition’ GSI-92-1 (1992) 243
169. K. Neubeck, H. Martin, G.K. Wolf, D.M. Rück, L. Wang, K. Leible, H. Folger, W.Hartmann: ’Enhanced Adhesion of Thin Metallic Films on Ceramics’ GSI-92-1 (1992) 245
170 P. Ballhause, M. Hans, H. Wituschek, G.K. Wolf, D. Boos, W. Fischer, H. Ruoff, H. Ferber, R. Heinze: ’lmplantation für tribologische Anwendungen’ In: Dünnschichttechnologien 92 (Hrsg. VDI-TZ) VDI-Verlag Düsseldorf (1992) 451-466
171. G.K. Wolf, N. Tegen, K. Neubeck: ’lonenimplantation in Polymere’ In: Dünnschichttechnologien 92 (Hrsg. VDI-TZ) VDI-Verlag Düsseldorf (1992) 500-513
172. G.K. Wolf: ’lon bombardment during thin film deposition and its influence on mechanical properties’ ICVM 11, Supplement Revue ’Le vide, les couches minces 261’ (1992) 209-217
173. W. Ensinger, B. Enders, R. Emmerich, H. Martin, R. Hübler, G.K. Wolf, L. Alberts, A. Schröer, W.H. Schreiner, F.C. Stedile, J.R. Baumvol: ’Properties of multi-layered hard coatings deposited by ion beam and plasma techniques’ ICVM 11, Supplement Revue ’Le vide, les couches minces 261’ (1992) 335-357
174. W. Ensinger, A. Schröer, G.K. Wolf: ’A comparison of IBAD-films for wear and corrosion protection with other PVD-coatings’ Nucl. Instr. Meth. B. 80/81 (1993) 445-454
175. R. Hübler, A. Schröer, W. Ensinger, G.K. Wolf, W.H. Schreiner, I.J.R. Baumvol: ’Plasma and ion-beam-assisted deposition of multilayers for tribological and corrosion protection’ Surf. Coat. Technol. 60 (1993) 561-565
176. R. Hübler, A. Schröer, W. Ensinger, G.K. Wolf, F.C. Stedile, W.H. Schreiner, I.J.R. Baumvol: ’Corrosion resistance of steels coated with thin film TiN/Ti composites ’ .J. Vac. Sci. Technol. All (1993) 451-453
177. N. Tegen, G.K. Wolf, H. Wartusch, H. Merkel: ’Chemical and energy deposition effects of keV ions on the adhesion of Cu films onto polymers’ Nucl. Instr. Meth. B 80/81 (1993) 1055-1058
178. J. Ullmann, G.K. Wolf, W. Möller: ’lon stimulated densification of amorphous carbon films’ Nucl. Instr. Meth. B 80/81 (1993) 1507-1510
179. S. Kalbitzer, O. Meyer, I. Tashlykov, G.K. Wolf, I.M. Belyi, B. Enders, 0. Bobrovich: ’On the efficiency of deposited energy density for ion-beam mixing processes with ions implanted during and after thin metal film deposition’ Nucl. Instr. Meth. B 80/81 (1993) 98-101
180. W. Fischer, G.K. Wolf, H. Ruoff, K.-H. Kate
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Video poker is a popular form of gambling that has been around since the early seventies when it was first introduced. Several decades after, this casino game is still widely enjoyed by numerous casino players all over the world, which can be attributed to the simple game mechanics involved, high probability of hitting large wins, and the help of exclusive casino affiliate program campaigns that made online betting sites more popular than ever.
Although initially regarded as a game of luck, which makes it comparable to slot machines, this, as a matter of fact, is a game that requires skills. This explains the possibility for anyone to win huge payoffs after mastering various strategies that will ensure players to get the highest returns possible after each round of every game. While high pay tables seem very attractive, especially to amateur players, skilled players actually tend to win more even when they choose to play those that offer lower pay tables. This clearly debunks the saying that the house has the advantage once the skills take place.
In effect, myriad players flock to casinos to play Jacks or Better and Deuces Wild, which are two of the well-known variations of video poker. Deuces Wild, which makes two of all suits a wildcard, offers 100.8% payoff in theory, while Jacks or Better, also called Draw Poker, offers 99.5% when played using a perfect video poker strategy. But despite the lower payoff of the latter, most other kinds of this game are actually based on Jacks or Better with each only varying its payoffs for certain combinations. Examples of these variations are Tens or Better, Double Bonus, and Double Double Bonus.
*Video poker is a popular form of gambling that has been around since the early seventies when it was first introduced. Several decades after, this casino game is still widely enjoyed.
*Wolf Poker, roulette number colors, youtube new high limit new games bonus labege lake charles 2019, magic mermaid slot machine app. 18+, T&C Apply, New.
*’Frugal Video Poker’ by Wolf Gaming Software ’Frugal Video Poker is simply the latest breakthrough in video poker software, and I believe it will fundamentally change the way people learn the game.’ - Skip Hughes, in Video Poker Player. We welcome you to the next generation of video poker software, Frugal Video Poker. Our goal is to help you learn - in an entertaining way – how to play smart video poker.
€ 10,350 No Limit Hold’em - WSOPE Main Event (Event #14) World Series of Poker Europe - WSOPE 2019, Rozvadov.
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This game can be played in every casino provided that there are video poker machines installed. And with such high demand, there’s no reason for any casino to not have these machines, whether higher or lower-paying ones, available on their floor. Moreover, many video poker online casinos through modern technology have perfected their ways of offering this popular game to just about anyone in the globe who has registered for an account in these respective casinos. As a result, most players, nowadays, wager on this classic yet exciting game in the comfort of their home as long as they have a working computer and fast Internet connection speed.
Simple and easy
The rules of this game are very basic. A player will simply have to wager and press the “deal” button to receive five cards that have been randomly selected from a 52-card deck. Selecting which cards to drop and which to keep, then, takes place. This step is crucial as the remaining cards, along with the replacements, must form a winning combination, that’s why it would help to know some strategies.
Moreover, knowing the different video poker hands and their ranks—royal flush, straight flush, four of a kind, full house, flush, straight, three of a kind, two pair, pair of jacks or better video poker—is important. Mastering an optimal strategy to achieve these combinations, preferably those with higher ranking ones, will ensure the player’s chances of beating the game and earning loads of money from playing rounds of video poker.
100. G.K. Wolf, R. Spiegel, K. Zucholl: ’The Catalytic Activity of Tungsren Carbide Modified by Ion Implantation’ Nucl. Instr. Methods B 19/20 ( 1987 ), 1030-1033.
101. C.l Weist, G.K. Wolf, P. Ballhause: ’Improving Wear Resistance of Metal Forming Tools by Ion Implantation’, Mat. Science and Engineering ( 1987 ), 399-405.
102. H. Ferber, G.K. Wolf: ’Aqueous Corrosion Behaviour of Ion-Implanted Metals’, Mat. Science and Engineering ( 1987 ), 213-221.
103. W. Eisinger, G.K. Wolf: ’The Influence of Platinum Implantation on Hydrogen Embrittlement of Tantalum in Acidic Solution’, Mat. Science and Engineering ( 1987 ), 237-241.
104. G.K. Wolf, K. Zucholl, M. Barth, W. Eisinger: ’Equipment for Ion Beam Assisted Deposition’, Nucl. Instr. Methods B 21 ( 1987 ), 570-573
105. G.K. Wolf: ’Korrosionsschutz gegen wässrige Medien durch Ionenbestrahlung’, Proceedings PVD ´86, Darmstadt 11.-12.3. 1986, THD Schriftenreihe Wissenschaft und Technik 30 ( 1986 ), 295.
106. H. Ferber, G.K. Wolf, H. Wirth: ’Chemical Properties of Ion Bombarded Thin Carbon Surface Layers’,Radiation Effects in Insulators 3 ( I.H. Wilson, R.P. Webb. Eds.), Gordon and Breach, London 1986, p. 573-580 ( 1987 erschienen).
107. G.K. Wolf: ’Ionenimplantation in Keramik’ Fortschrittsberichte der Deutschen Keramischen Gesellschaft. 2 ( 1986/87 ), Heft 1, 65-80.
108. G.K. Wolf: ’Beschichten durch Ionentsrahlen’. In: Handbuch der Fertigungstechnik, Hrsg. G. Spur, Carl Hanser Verlag, München 1987, Band 4/1, 408-418.
109. G.K. Wolf: ’The Formation of Corrosion Resistant Thin Films by Ion Beam Mixing’, GSI-Bericht 87-1 ( 1987 ), 248.
110. G.K. Wolf, P. Ballhause, G. Frech: ’The Use of Ion Bombardment for Improving Mechanical Surface Properties of Tools’, GSI-Bericht 87-1 ( 1987 ), 249.
111. G.K. Wolf, K. Roessler: ’Chemical Effects of Ion Bombardment’. In: Ion Beam Modification of Insulators, Hrsg. P. Mazzoldi and G. Arnold, Elsevier, Amsterdam 1987, 558-584.
112. E. Broszeit. H.-J. Schröder, G.K. Wolf: ’Verschleißminderung an hartverchromten Kolbenmringen durch Ionenimplantation’, Teitschrift für Werkstofftechnik 18 ( 1987 ), 356-359.
113. U. König, G.K. Wolf: ’Effects of Ion Implantation in Cemented Carbides and Cobalt Alloys’, Surface and Coatings Technology, 33 ( !)(/ ), 501-509.
114. G.K. Wolf: ’Ionenbestrahlung zur Metallvergütung’. In: Hartstoffschichten zur Verschleißminderung, Hrsg. H. Fischmeister und H. Jehn, DGM, Oberursel 1987, S. 199 ff.
115. W. Ensinger. M. Barth, G.K. Wolf: ’Microporosity and Adhesion of Ion Bombarded Thin Silicon Surface Films’, Nucl. Instr. Meth. B 32 ( 1988 ) 104-110.
116. G.K. Wolf, P. Ballhause, W. Ensinger: ’New Results on Wear Reduction and Corrosion Protection with Ion Beam Techniques’, GSI-Bericht 88-1 ( 1988 ) 163.
117. H. Ferber, G.K. Wolf, H. Wirth: ’Modification of Thin Carbon Layers on Steel by Ion Bombardment’, EMS-Proceedings, Band XVII, Les Editions de Physique, Les Ulis 1987, p.395-404 (1988 erschienen)
118. P. Ballhause, U. König, Ch. Weist, H, Westheide, G.K. Wolf: ’Verschleißverhalten von Werkzeugen aus Stahl und Hartmetall nach Ionenimplantation’: In: Tribologie, Band 12, Springer Verlag, Berlin 1988, S. 463-489.
119. W. Bolse, T, Corts, K.P. Lieb, M. Uhrmacher, Th. Weber, W. Ensinger, G.K. Wolf: ’Depth Profiling of AIN-Layers on Stainless Steal’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 16.1-16.8.
120. M. Barth, W. Ensinger, G.K. Wolf: ’Untersuchungen zur Haftfestigkeit, Eigenspannungen und Korrosion gemischter Schichten’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 13.5-13-14.
121. P. Ballhause, M. Barth, W. Ensinger, G.K. Wolf: ’Oberflächenvergütung durch Ionenimplantation, Teilprojekt PCI Heideloberg’ Tagungsband 1. Statusseminar Dünnschichttechnologien, VDI-Technologiezentrum, Düsseldorf 1988, S. 18.1-18.14.
122. G.K. Wolf ’Ionenstrahlverfahren zur Verbesserung von elektrochemischen Schichten’ Galvanotechnik 79 ( 1988 ) 3632-3639.
123. G.K. Wolf ’Korrosionsschutz durch Oberflächenvergütung mittels Ionen- und Elektronenbestrahlung’, Werkstoffe und Korrosion 40, ( 1988 ) 114-115.
124. G.K. Wolf, M. Barth, W. Ensinger: ’Ion Beam Assisted Deposition for Metal Finishing’ Nucl. Instr. Meth. B 37/38 ( 1989 ) 682-687.
125. W. Ensinger, G.K. Wolf: ’Protection against Hydrogen Embrittlement by Ion Beam Mixing’ Nucl. Instr. Meth. B 39 ( 1989) 552-555.
126. W. Ensinger, G.K. Wolf: ’Corrosion Studies in Hot Acids of Titanium Modified by Refractory Metals by Ion Beam Techniques’ Mat. Sci. Eng. A116 ( 1989 ) 35.
127. E. Broszeit, W.D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf(Hrsg.): ’Plasma Surface Engineering’ DGM, Oberursel 1989.
128. G.K. Wolf: ’Ion Beam Mixing Techniques for Wear Reduction and Corrosion Protection’ In: E. Broszeit, W.D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf (Hrsg.), Plasma Surface Engineering, DGM, Oberursel 1989, S. 945-963.
129. W. Ensinger, G.K. Wolf: ’The Potential of Ion Beam Chemical Vapour Deposition for Producing Protective Coatings’ In: E. Broszeit, W:D. Münz, H. Oechsner, K.-T. Rie, G.K. Wolf (Hrsg.), Plasma Surface Engineering, DGM, Oberursel 1989, S. 987.
130. W. Ensinger, G.K. Wolf: ’Ion Beam Assisted Coatings for Corrosion Protection Studies’ Proc. Int. Conf. on Surface Modification of Metals by Ion Beams, Riva del Garda, Italien 1988 Mat. Sci. Eng. A116 ( 1989 ) 1.
131. P. Ballhause, G.K. Wolf, Chr. Weist: ’The Influence of Temperature on the Performance of Ion-implanted Metal-forming Tools’ Mat. Sci. Eng. A115 ( 1989 ) 273-277.
132. L. Guzman, G.K. Wolf, R.P.M. Procter (Hrsg.): ’Surface Modification of Metals by Ion Beams 6’ Mat. Sci. Eng. A115/116 ( 1989 ).
133. G.K. Wolf: ’The Joint Project Ion Beam Mixing; Survey and Experimental Results’ GSI-89-1 ( 1989 ) 236.
134. G.K. Wolf: ’Chemical Properties of Ion Implanted Ceramics’ In: Structure-Property Relationships in Surface-Modified Ceramics, J. McHargue, R. Kossowsky, W. Hofer (Hrsg.), Kluwer Acad. Publ. Dordrecht, 1989, 331-353.
135. H. Witzuschek, G.K. Wolf, H. Emig, D.M. Rück, P. Spädke, B.H. Wolf: ’Ion Source Modification for Ion Beam Assisted Deposition of Work Pieces’ GSI-90-1 ( 1990 ) 346.
136. P. Ballhause, W. Ensinger, W. Fischer, G.K. Wolf: ’Recent Progress Using Ion Beam Techniques for Materials Modification’ GSI-90-1 ( 1990 ) 207.
137. G.K. Wolf, M. Barth, W. Ensinger, A. Schröer: ’Inhibition of Aquepus Corrosion by Ion Beam Assisted Deposition of Coatings’ 9th European Congress on Corrosion, Utrecht, Niederlande, October 2-6, 1989, Tagungsband, Jaarbeurs Publishers, Utrecht, 1989.
138. M. Barth, W. Ensinger, A. Schröer, G.K. Wolf: ’Low Temperature Generation of Hard Coatings by Ion Beam Assisted Evaporation’ In: Surface Modification Technologies III (Hrsg. T.S. Sudarshan und D.G. Bhat ), TMS, Warrendale ( USA ) 1990, S. 195-206.
139. G.K. Wolf, M. Barth, W. Ensinger, M. Hans: ’Ion Beam Assisted Deposition for Low Temperature Formation of Coatings with Good Adhesion and Controlled Stress’ Vacuum 41( 1990 ) 1308-1309.
140. P. Ballhause, W. Fischer, G.K. Wolf, H. Ferber, K. Mörgenthaler, E. Schmidt: ’Ionenstrahlömodifikation von Umformwerkzeugen und Keramiken des Automobilbaus’ In: Dünnschichttechnologien 1990, VDI-Verlag, Düsseldorf 1990, S. 203-303.
141. G.K. Wolf: ’Modification of Chemical Properties by Ion Beam Mixing Techniques’ Vacuum 39 ( 1989 ) 1105-1110 ( 1990 erschienen ).
142. G.K. Wolf: ’Der Einsatz von Ionenstrahlverfahren für Korrosionsschutz und Verschleißminderung’ In: Tagungsbericht Kolloquium Oberflächentechnik Baden-Württemberg-Rhones-Alpes, 14.-15.3.1990, Schwäbisch Gmünd ( Hrsg. Ministerium für Wirtschaft, Mittelstand und Technologie BW ), S. 139-154.
143. G.K. Wolf: ’Modification of Chemical Surface Properties by Ion Beam Assisted Deposition’ Nucl. Instr. Meth. B 46 ( 1990 ) 369-378.
144. G.K. Wolf, : Barth, W. Ensinger, M. Hans, A. Schröer: ’Modification of Interface and Thin Film Properties by Ion Beam Techniques’ Advanced Materials and Processes ( H.E. Exner, V. Schumacher ) DGM-Inf. Gesellschaft, Oberursel 1990, S. 1179-1186.
145. M. Hans, G.K. Wolf, F.E. Wagner: ’A CEMS Apparatus for In Situ Studies of Ion Beam Modified Metals’ Hyperfine Interactions 56 ( 1990 ) 1593-1598.
146. G.K. Wolf: ’Modification of Mechanical and Chemical Properties of Thin Films by Ion Bombardment’ Suface and Technologhy 1990, 43/44 ( 1990 ) 920-935.
147. G.K. Wolf ’Protection against Localized and Uniform Corrosion by Ion Beam Assisted Deposition’ In: Environmental Degradation of Ion and Laser Beam Treated Surfaces ( Hrsg. G.S. War and K. Grabowski), TMS, Warrendale ( USA ) 1989.
148. G.K. Wolf: ’Korrosionsschutz metallischer Werkstoffe mit Ionenstrahlverfahren’ In: Jahrbuch Oberflächentechnik Band 47 ( Hrsg. B. Isecke, G. Reiner, W. Riedel, Metallverlag, Berlin/Heidelberg 1991, S. 331-334).
149. A. Schröer, W. Ensinger, G.K. Wolf: ’A comparison of corrosion behaviour and hardness of steel samples ( 100Cr6 ) coated with TiN and CrN by different institutions using different deposition techniques’ Mat. Sci. Eng. A 140 ( 1991 ) 625-630.
150. W. Fischer, H. Wituschek, G.K. Wolf, D. Rück: ’Ion Implantation Effects in Engineering Ceramics’ GSI 91-9 ( 1991 ) 237.
151. M. Barth, W. Ensinger, V. Hoffmann, G.K. Wolf: ’Stress and adhesion of chromium and boron films deposited under ion bombardment’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1991 ) 254-258.854.
152. X.H. Liu, S. Zou, S. Taniguchi, Q. Fang, S. Kalbitzer, A. Schröer, W. Fischer, M. Barth, W. Ensinger,G.K. Wolf: ’Electrochemical characterization and corrosion behaviour of Ni3Al ( 0.1B ) modified by ion beam techniques: a comparative study’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1990 ) 851-
153. G.K. Wolf, W. Ensinger: ’Ion bombardment during thin film deposition and its influence on mechanical and chemical suface properties’ Nucl. Instr. Meth. Phys. Res. B 59/60 ( 1991 ) 173-181.
154. A. Schröer, W. Ensinger, G. Frech, G.K. Wolf: ’The properties of a-C films ontained by ion beam assisted carbon evaporation’ Surf. Coat. Technol. 47 (1991 ) 418-425.
155. G.K. Wolf: ’Neue Anwendungen der Ionenstrahltechnik’ Ingenieur-Werkstoffe 3 ( 1991 ) 50-52.
156. G.K. Wolf: ’Ion beam assisted deposition of insulating layers’ Nucl. Instr. Meth. Phys. Res. B 65 ( 1992 ) 107-114.
157. M. Hans, G. Frech, G.K. Wolf, F.E. Wagner: ’Formation of amorphous and crystalline phases in the ion beam modified boron-iron system studied by Mössbauerspectroscopy’ Nucl. Instr. Meth. Phys. Res. B53 (1991) 161-166
158. L. Xinaghuai, Z. Jinakun, Z. Shichang, S. Taniguchi, A. Schröer, G.K. Wolf: ’Synthesis of gradient thin films by ion beam enhanced deposition’ Mat. Sci. Eng. A139 (1991) 220-224
159. C. Klatt, W. Ensinger, H. Martin, G.K. Wolf, P. Cberschachtsiek, D. Niemann, S. Kalbitzer: ’Film thickness determination with proton-induced x-ray emission’ Nucl. Instr. Meth. Phys. Res. B68 (1992) 277- 280
160. W. Ensinger, G.K. Wolf: ’Electrocatalytic protection against hydrogen embrittlement of tantalum in strong acids by platinum ion implantation’ Surf. Coat. Technol. 51 (1992) 41
161 W. Ensinger, A. Schröer, G.K. Wolf: ’Are coatings produced by ion-beam-assisted deposition superior? A comparison of chemical and mechanical properties ofsteel coated using different deposition techniques’ Surf. Coat. Technol. 51 (1992) 217
162. W. Ensinger, M. Barth, A. Schröer, H. Martin, B. Enders, R. Emmerich, G.K. Wolf: ’lon beam assisted deposition with a duoplasmatron’ Rev. Sci. Instr. 63 (5) (1992) 3058
163. G. Frech, W. Ensinger, H. Müller, M. Hans, G.K. Wolf: ’A multi-purpose implanter with various target chambers for basic studies on the influence of ion bombardment on material properties’ Nucl. Instr. Meth. Phys. Res. B 68 (1992) 402
164. H. Wituschek, M. Barth, W. Ensinger, G. Frech, D. Rück, K. Leible, G.K. Wolf: ’ALLIGAT0R - an apparatus for ion beam assisted deposition with a broad beam ion source’ Rev. Sci. Instr. 63 (4) (1992) 2411
165. G.K. Wolf: ’Modification of chemical properties of materials by ion beam mixing and ion bearn assisted deposition’ J. Vac. Sci. Technol. A 10 (4) (1992) 1757
166. M. Hans, H .Martin, H. Ollendorf, G.K. Wolf, D. Boos: ’The interdependency of microstructure, stress and wear for ion beam modified tool steels’ Surface and Coatings Technology (1992) 93-99
167. G.K. Wolf, R. Holbein, U. Koch, H. Roland, Meyer: ’Korrosionsschutz durch Ionenstrahlverfahren’ Werkstoffe und Korrosion 43, 371-372
168. H. Wituschek, W. Ensinger, G. Frech, K. Neubeck, G.K. Wolf, K.D. Leible: ’Alligator - An Apparatus for Ion Beam Assisted Deposition’ GSI-92-1 (1992) 243
169. K. Neubeck, H. Martin, G.K. Wolf, D.M. Rück, L. Wang, K. Leible, H. Folger, W.Hartmann: ’Enhanced Adhesion of Thin Metallic Films on Ceramics’ GSI-92-1 (1992) 245
170 P. Ballhause, M. Hans, H. Wituschek, G.K. Wolf, D. Boos, W. Fischer, H. Ruoff, H. Ferber, R. Heinze: ’lmplantation für tribologische Anwendungen’ In: Dünnschichttechnologien 92 (Hrsg. VDI-TZ) VDI-Verlag Düsseldorf (1992) 451-466
171. G.K. Wolf, N. Tegen, K. Neubeck: ’lonenimplantation in Polymere’ In: Dünnschichttechnologien 92 (Hrsg. VDI-TZ) VDI-Verlag Düsseldorf (1992) 500-513
172. G.K. Wolf: ’lon bombardment during thin film deposition and its influence on mechanical properties’ ICVM 11, Supplement Revue ’Le vide, les couches minces 261’ (1992) 209-217
173. W. Ensinger, B. Enders, R. Emmerich, H. Martin, R. Hübler, G.K. Wolf, L. Alberts, A. Schröer, W.H. Schreiner, F.C. Stedile, J.R. Baumvol: ’Properties of multi-layered hard coatings deposited by ion beam and plasma techniques’ ICVM 11, Supplement Revue ’Le vide, les couches minces 261’ (1992) 335-357
174. W. Ensinger, A. Schröer, G.K. Wolf: ’A comparison of IBAD-films for wear and corrosion protection with other PVD-coatings’ Nucl. Instr. Meth. B. 80/81 (1993) 445-454
175. R. Hübler, A. Schröer, W. Ensinger, G.K. Wolf, W.H. Schreiner, I.J.R. Baumvol: ’Plasma and ion-beam-assisted deposition of multilayers for tribological and corrosion protection’ Surf. Coat. Technol. 60 (1993) 561-565
176. R. Hübler, A. Schröer, W. Ensinger, G.K. Wolf, F.C. Stedile, W.H. Schreiner, I.J.R. Baumvol: ’Corrosion resistance of steels coated with thin film TiN/Ti composites ’ .J. Vac. Sci. Technol. All (1993) 451-453
177. N. Tegen, G.K. Wolf, H. Wartusch, H. Merkel: ’Chemical and energy deposition effects of keV ions on the adhesion of Cu films onto polymers’ Nucl. Instr. Meth. B 80/81 (1993) 1055-1058
178. J. Ullmann, G.K. Wolf, W. Möller: ’lon stimulated densification of amorphous carbon films’ Nucl. Instr. Meth. B 80/81 (1993) 1507-1510
179. S. Kalbitzer, O. Meyer, I. Tashlykov, G.K. Wolf, I.M. Belyi, B. Enders, 0. Bobrovich: ’On the efficiency of deposited energy density for ion-beam mixing processes with ions implanted during and after thin metal film deposition’ Nucl. Instr. Meth. B 80/81 (1993) 98-101
180. W. Fischer, G.K. Wolf, H. Ruoff, K.-H. Kate
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