JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, April, 2013
Editor: Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-102, 2011
DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC)
PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE)
A HydroPropulsion-IsoEnergetic drive...
Mais
JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, April, 2013 Editor: Ramiro Augusto Salazar La Rotta, D. Sc. Special Edition, Reprinted From JPMM. , P. 1-102, 2011 DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC) PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE) A HydroPropulsion-IsoEnergetic drive or HPIE propulsor, is a new method for propulsion of large masses or heavy objects (generating work and heat), using only the pressure of a fluid (water, oil, etc. ) Without any power consumption (isoenergy). NEW REVOLUTION IN THERMODYNAMICS (A MECHANICAL DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. OVERUNITY PRODUCTION BY DYNAMIC MECHANICAL EQUILIBRIUM STEADY STATE OR STATIONARY CREATING ENERGY TAKING INTO CONSIDERATION THE THERMODYNAMICS HOW TO CREATE ENERGY; The creation of energy, exergy creation (inside, and constant) of a thermodynamic equilibrium
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De Ramiro Salazar La Rotta
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Pub. em Maio 16th 2013
Páginas: 180
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JOURNAL OF THEORETICAL ANALYSIS OF THE PERPE TUAL MOTION MACHINES , JTAPMM, Vol 1, No1, April, 2013
Editor:Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-102, 2011
DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC)
PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE)
A HydroPropulsion-IsoEnergetic...
Mais
JOURNAL OF THEORETICAL ANALYSIS OF THE PERPE TUAL MOTION MACHINES , JTAPMM, Vol 1, No1, April, 2013 Editor:Ramiro Augusto Salazar La Rotta, D. Sc. Special Edition, Reprinted From JPMM. , P. 1-102, 2011 DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC) PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE) A HydroPropulsion-IsoEnergetic drive or HPIE propulsor, is a new method for propulsion of large masses or heavy objects (generating work and heat), using only the pressure of a fluid (water, oil, etc. ) Without any power consumption (isoenergy). DENATURATION THE STATE OF THERMODYNAMIC EQUILIBRIUM AND OVERVIEW OF THE OVER-UNITY MODELS SPONTANEOUS AND INDUCED. NEW REVOLUTION IN THERMODYNAMICS (A MECHANICAL DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE ) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. OVERUNITY PRODUCTION BY DYNAMIC MECHANICAL EQUILIBRIUM STEADY STATE OR STATIONARY CREATING ENERGY TAKING INTO CONSIDERATION THE THERMODYNAMI
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De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Maio 16th 2013
Páginas: 190
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JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, April, 2013
Editor: Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-102, 2011
DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC)
PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE)
A HydroPropulsion-IsoEnergetic drive...
Mais
JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, April, 2013 Editor: Ramiro Augusto Salazar La Rotta, D. Sc. Special Edition, Reprinted From JPMM. , P. 1-102, 2011 DEVICES WITHOUT POWER CONSUMPTION (ISOENERGETIC) PROPELLED BY HYDROPROPULSION-ISOENERGETIC (HPIE) A HydroPropulsion-IsoEnergetic drive or HPIE propulsor, is a new method for propulsion of large masses or heavy objects (generating work and heat), using only the pressure of a fluid (water, oil, etc. ) Without any power consumption (isoenergy). DENATURATION THE STATE OF THERMODYNAMIC EQUILIBRIUM AND OVERVIEW OF THE OVER-UNITY MODELS SPONTANEOUS AND INDUCED. NEW REVOLUTION IN THERMODYNAMICS (A MECHANICAL DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. OVERUNITY PRODUCTION BY DYNAMIC MECHANICAL EQUILIBRIUM STEADY STATE OR STATIONARY CREATING ENERGY TAKING INTO CONSIDERATION THE THERMODYNAMICS
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De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Maio 16th 2013
Páginas: 180
Visualizações: 1
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CREATING ENERGY TAKING INTO CONSIDERATION THE THERMODYNAMICS
HOW TO CREATE ENERGY:
Continuous production of energy (energy creation) from a continuous dynamic equilibrium system:
The action-reaction forces are present (in nature and in any device created by man) both in the states of equilibrium and non-equilibrium. In the same way,...
Mais
CREATING ENERGY TAKING INTO CONSIDERATION THE THERMODYNAMICS HOW TO CREATE ENERGY: Continuous production of energy (energy creation) from a continuous dynamic equilibrium system: The action-reaction forces are present (in nature and in any device created by man) both in the states of equilibrium and non-equilibrium. In the same way, these action-reaction forces are directly responsible for compliance and non-compliance with the laws of thermodynamics. In a system where a process occurs, from a state of equilibrium-1, into another state of equilibrium-2, generating work and heat, with consumption or power dissipation (due to the shape of the operating mechanism, governed by the design system), then everyone is fulfilled the laws of thermodynamics, using the action-reaction forces only to transmit and transform motion energy (fulfilling the law of conservation of energy). By contrast, when a system is in constant dynamic equilibrium, and also has a design in which it retains the ene
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De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Abr. 23rd 2013
Páginas: 178
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NEW REVOLUTION IN THERMODYNAMICS (A DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS.
Dynamic Mechanical quasi-equilibrium, of opposing forces, between two sub-cycles or cyclic subsystems that mutually interacting (they share the same...
Mais
NEW REVOLUTION IN THERMODYNAMICS (A DYNAMIC EQUILIBRIUM OF OPPOSING FORCES, BETWEEN TWO SUBCYCLES OF A THERMODYNAMIC CYCLE) AS A FUTURE EVOLUTION OF THE SAME LAWS OF THERMODYNAMICS. Dynamic Mechanical quasi-equilibrium, of opposing forces, between two sub-cycles or cyclic subsystems that mutually interacting (they share the same spatial trajectory semi-cyclic or cyclic of rotation) connected by a continuous medium (liquid, gas or solid) that provides a constant source of energy (the pressure energy, potential energy, etc..) within a thermodynamic cyclic system, producing a useful motion (work) and heat due to friction same, without reducing the internal energy of the same system and without use of external energy to the system. Cuasi Equilibrio Dinámico-Mecánico de fuerzas contrarias entre dos subciclos ó subsistemas cíclicos, que interactuan entre si (que comparten una misma trayectoria espacial ciclica de giro) manteniéndosen unidos mediante un medio continuo (líquido, gas o s
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De Ramiro Salazar La Rotta
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Pub. em Abr. 10th 2013
Páginas: 178
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JOURNAL OF THEORETICAL ANALYSIS OF THE PERPE TUAL MOTION MACHINES , JTAPMM, Vol 1, No1, October,
2012
Editor: Ramiro AugustoSalazar La Rotta,D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-102, 2011
THERMODYNAMICS OF OVER-UNITY AND FREE ENERGY OF
THE PERPETUAL MOTION MACHINE AND ANOTHER WAY
TO EXPRESS THE FOURTH LAW OF...
Mais
JOURNAL OF THEORETICAL ANALYSIS OF THE PERPE TUAL MOTION MACHINES , JTAPMM, Vol 1, No1, October, 2012 Editor: Ramiro AugustoSalazar La Rotta,D. Sc. Special Edition, Reprinted From JPMM. , P. 1-102, 2011 THERMODYNAMICS OF OVER-UNITY AND FREE ENERGY OF THE PERPETUAL MOTION MACHINE AND ANOTHER WAY TO EXPRESS THE FOURTH LAW OF THERMODYNAMICS. Reformulación de la nueva Cuarta Ley de la Termodinámica, mediante la introducción del nuevo término de la Energía Libre como Qfree and Wfree , en la ecuación general de la primera Ley de la Termodinámica clásica (capitulo 4) y formulación Termodinámica de OVER-UNTY. (New Fourth Law of Thermodymaics): Is based on the first law for a closed system is not isolated to control a mass understood as, Δ (E total) = ΔQ - ΔW or Form; U2 -U1 = ΔQ - ΔW ΔEc - ΔEp, introducing the term Extra Energy or Free Energy "ΔEfree" the system or the energy equation of the first law we have described above in terms of ΔU or (U2-U1), this change in internal energy for all
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De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Jan. 20th 2013
Páginas: 189
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JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, October,
2012
Editor: Ramiro Augusto Salazar La Rotta, D.
Sc.
Special Edition, Reprinted From JPMM.
, P.
1-102, 2011
THERMODYNAMICS OF OVER-UNITY AND FREE ENERGY OF
THE PERPETUAL MOTION MACHINE AND ANOTHER WAY
TO EXPRESS THE FOURTH LAW OF...
Mais
JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, October, 2012 Editor: Ramiro Augusto Salazar La Rotta, D. Sc. Special Edition, Reprinted From JPMM. , P. 1-102, 2011 THERMODYNAMICS OF OVER-UNITY AND FREE ENERGY OF THE PERPETUAL MOTION MACHINE AND ANOTHER WAY TO EXPRESS THE FOURTH LAW OF THERMODYNAMICS. Reformulación de la nueva Cuarta Ley de la Termodinámica, mediante la introducción del nuevo término de la Energía Libre como Qfree and Wfree , en la ecuación general de la primera Ley de la Termodinámica clásica (capitulo 4) y formulación Termodinámica de OVER-UNTY. (New Fourth Law of Thermodymaics): Is based on the first law for a closed system is not isolated to control a mass understood as, Δ (E total) = ΔQ - ΔW or Form; U2 -U1 = ΔQ - ΔW ΔEc - ΔEp, introducing the term Extra Energy or Free Energy "ΔEfree" the system or the energy equation of the first law we have described above in terms of ΔU or (U2-U1), this change in internal energy for all
Menos
De Ramiro Salazar La Rotta
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Pub. em Jan. 20th 2013
Páginas: 162
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REGISTRO DERECHOS DE AUTOR No: 1-2012-34877 12/07/2012 07:30:00 a.m. TITULO: PERPETUAL MOTION MACHINE , A NEW MODEL OF THE FIRST KIND PMM1 BY HYDRAULIC PRESSURE CONICAL FUNNEL SHAPED.
De Ramiro Salazar La Rotta
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Pub. em Julho 12th 2012
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HYDRAULIC SEMI-CIRCLE PERPETUAL MOTION MACHINE : JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, JAN. 2012 Editor: Ramiro Augusto Salazar La Rotta, D.Sc. Special Edition, Reprinted From JPMM., P. 1-64, 2011
De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Fev. 23rd 2012
Páginas: 130
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JOURNAL OF THEORETICAL ANALYSIS OF THE PERPETUAL MOTION MACHINES, JTAPMM, Vol 1, No1, JAN. 2012 Editor: Ramiro Augusto Salazar La Rotta, D.Sc. Special Edition, Reprinted From JPMM., P. 1-64, 2011
De Ramiro Salazar La Rotta
Microsoft Word
Pub. em Fev. 23rd 2012
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