Some articles on potential, potentials:
Potential Gradient
... In physics, chemistry and biology, a potential gradient is the local rate of change of the potential with respect to displacement, i.e ... engineering it refers specifically to electric potential gradient, which is equal to the electric field ...
... In physics, chemistry and biology, a potential gradient is the local rate of change of the potential with respect to displacement, i.e ... engineering it refers specifically to electric potential gradient, which is equal to the electric field ...
Particle In A Spherically Symmetric Potential
... In quantum mechanics, the dynamics of a particle in a spherically symmetric potential has a Hamiltonian of the following form where denotes the mass of the ... quantum mechanical formulation, it amounts to solving the Schrödinger equation with the potential V(r) which depend only on r, the modulus of r ...
... In quantum mechanics, the dynamics of a particle in a spherically symmetric potential has a Hamiltonian of the following form where denotes the mass of the ... quantum mechanical formulation, it amounts to solving the Schrödinger equation with the potential V(r) which depend only on r, the modulus of r ...
Saltatory Conduction - Mechanism
... At each successive node, the membrane potential of the axon is thereby brought to the threshold potential to initiate an action potential ... Ions need only to cross the axon membrane to propagate the action potential at the nodes, but not anywhere under the myelin along the axon ... Thus in myelinated axons, action potentials do not propagate continuously as waves, but instead recur at successive nodes, and in effect "hop" along the axon, by ...
... At each successive node, the membrane potential of the axon is thereby brought to the threshold potential to initiate an action potential ... Ions need only to cross the axon membrane to propagate the action potential at the nodes, but not anywhere under the myelin along the axon ... Thus in myelinated axons, action potentials do not propagate continuously as waves, but instead recur at successive nodes, and in effect "hop" along the axon, by ...
Electrorheological Fluid - Applications
... being in the order of 1 mm and the applied potential being in the order of 1 kV ... to soak the fluid into cloth creates the potential for a very light vest that can change from a normal cloth into a hard covering almost instantaneously ... Other potential uses are in accurate abrasive polishing and as haptic controllers and tactile displays ...
... being in the order of 1 mm and the applied potential being in the order of 1 kV ... to soak the fluid into cloth creates the potential for a very light vest that can change from a normal cloth into a hard covering almost instantaneously ... Other potential uses are in accurate abrasive polishing and as haptic controllers and tactile displays ...
Diopside - Potential Uses
... Diopside based ceramics and glass-ceramics have potential applications in various technological areas ... The as produced glass-ceramic is a potential structural material ... Similarly, diopside based ceramics and glass-ceramics have potential applications in the field of biomaterials, nuclear waste immobilization and sealing materials in solid ...
... Diopside based ceramics and glass-ceramics have potential applications in various technological areas ... The as produced glass-ceramic is a potential structural material ... Similarly, diopside based ceramics and glass-ceramics have potential applications in the field of biomaterials, nuclear waste immobilization and sealing materials in solid ...
More definitions of "potential":
- (adj): Existing in possibility.
Example: "A potential problem"
Synonyms: possible
- (noun): The difference in electrical charge between two points in a circuit expressed in volts.
Synonyms: electric potential, potential difference, potential drop, voltage
Famous quotes containing the word potential:
“Democracy is timelessly human, and timelessness always implies a certain amount of potential youthfulness.”
—Thomas Mann (1875–1955)
“Laughing at someone else is an excellent way of learning how to laugh at oneself; and questioning what seem to be the absurd beliefs of another group is a good way of recognizing the potential absurdity of many of one’s own cherished beliefs.”
—Gore Vidal (b. 1925)
“The planet on which we live is poorly organized, many areas are overpopulated, others are reserved for a few, technology’s potential is only in part realized, and most people are starving.”
—Friedrich Dürrenmatt (1921–1990)
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