… the artificial molecular motors or rotors, not only for grasping of movement laws of molecular
motors, but also for the understanding of the microscopic driving mechanisms of molecular …

… with the potential application in fabrications of artificial interlocked nanostructures, such as
molecular rotors, shuttles, muscles, pumps, and autonomous motors, etc. . The challenge is …

… Feringa) for their significant contributions to artificial molecular machines. The origin,
development and present status of the field of artificial molecular machines are reviewed. An …

… Artificial molecular machines show potential … ⁃driven molecular motor 5􀆰 2 Light⁃driven
molecular motor 6 Conclusion and outlook The single molecular rotary machine consists of rotor …

… the rotor geometry, the solvent viscosity and the catalytic reaction ratio. We also study the
scenario in which two rotors … fields around the rotors reduces the rotational speed of both rotors. …

… rotor angular velocity ωr in the range of working conditions studied. The total heat generation
power increases exponentially with the rotor … chamber side wall to artificially improve the air …

… hydrogels based on molecular photoisomerization, emphasizing the principle of … Artificial
musclelike function from hierarchical supramolecular assembly of photoresponsive molecular …

… Mycelia was collected by centrifugation at 3.000 r / min (HITACHI RPRlO—2 rotor) for IO min
… and incompatible cell surface, even on artificial membrane surfttcerm. The germ tube will …

… squares regression and artificial neural network algorithms … , partial least squares and
artificial neural network modeling … partial least squares and artificial neural network modeling …

… Artificial muscle-like function from hierarchical supramolecular assembly of photoresponsive
molecular … Fast response dry-type artificial molecular muscles with [c2]daisy chains [J]. Nat …