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Tip deflection as a function of driving voltage and external load was formulated.
The amplitude of cantilever deflection as a function of IR wavelength resembles the IR absorption spectrum of the adsorbed molecules.
An analytical model is derived to quantify the loading deflection as a function of the link flexibility and joint clearance.
The variation in the cantilever deflection as a function of illuminating IR wavelength corresponds to the conventional IR absorption spectrum of the adsorbed molecules.
Fig. 5 Deformed rod shapes during different loading stages Fig. 6 Maximum deflection as a function of load and temperature during different loading stages.
By using a differential technique (cantilever with and without adsorbed molecules), it is possible to obtain a nanomechanical IR absorption spectrum of the adsorbates by plotting the differential cantilever deflection as a function of illumination wavelength.
Similar(52)
Deflection signal as a function of degrees.
As a consequence of such an hypothesis, it is possible to formulate the longitudinal shortening first, and subsequently compute the deflection history as a function of the shortening tendency.
Shear deflection and angles of rotation depend on bending deflection as a potential function.
Thereafter, the end deflection is calculated as a function of temperature.
A systematic investigation of the cantilever beam deflection in liquid as a function of the applied heat is important for chemical and biological applications.
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