Abstract: The present invention relates to a heterojunction semiconductor substrate having excellent dielectric properties, a method of manufacturing the same, and an electronic device using the same. The present invention provides a heterojunction semiconductor substrate with improved interlayer adhesion, low leakage current, and excellent dielectric properties that maintain strength in a ferroelectric fatigue experiment by interposing a metal layer and a conductive metal oxide layer on a semiconductor substrate to form an epitaxial oxide thin film layer composed of perovskite piezoelectric oxide. The heterojunction semiconductor substrate can be applied to sensors, actuators, transducers, or MEMS devices that use the high functionality of the high-quality epitaxial oxide thin film layer, including applications in electronic and optical devices.

Abstract: Provided is a positive electrode active material including a plurality of crystallites A, wherein the plurality of crystallites A has a crystallite long-axis orientation degree DoA represented by Equation 1 below is 0.5 to 1, and a crystallite c-axis orientation degree represented by a cross product value of a c-axis rotation vector Rc of a crystal lattice of a crystallite obtained by electron backscatter diffraction (EBSD) analysis and a position unit vector P? of the crystallite is 0.5 to 1. A proportion of the plurality of crystallites A is 25% to 80% with respect to a total number of crystallites in a cross-section of a positive electrode active material. Further provided is a positive electrode and a lithium secondary battery including the positive electrode active material.

Abstract: The present invention provides a method of controlling an EMR system-based output window, including: when a window size setting mode configured to set sizes for respective windows displayed on an EMR screen is executed, successively displaying a plurality of windows in a preset size; when a user interrupt has occurred for any one of the displayed windows, activating the corresponding window, and enlarging the size of the window based on a stepwise variable range for an output window; determining locations by controlling the sizes of the respective windows successively displayed on the EMR screen in response to the size of the window enlarged based on the stepwise variable range; when a window different from the windows successively displayed upon the window size setting mode is called, listing the successively displayed windows, displaying the listed windows in a predetermined region, and displaying the called window in a preset size.

Abstract: The present invention provides a method of controlling an EMR system-based output window, including: when a window size setting mode configured to set sizes for respective windows displayed on an EMR screen is executed, successively displaying a plurality of windows in a preset size; when a user interrupt has occurred for any one of the displayed windows, activating the corresponding window, and enlarging the size of the window based on a stepwise variable range for an output window; determining locations by controlling the sizes of the respective windows successively displayed on the EMR screen in response to the size of the window enlarged based on the stepwise variable range; when a window different from the windows successively displayed upon the window size setting mode is called, listing the successively displayed windows, displaying the listed windows in a predetermined region, and displaying the called window in a preset size.

Abstract: A method for displaying data on the basis of an electronic medical record system, includes the steps of: displaying, on a screen, an item list within a specific service function which has a plurality of separate regions and in which items corresponding to the separate regions are formed; displaying a screen on which time-series information is visualized in response to a specific item screen request signal selected from the displayed list; storing and displaying an event generated according to each of predetermined time-series information types on the screen on which the time-series information is visualized, according to a time course of a predetermined axis perpendicular to the axis on which the time-series information types are displayed; activating a partial region selected according to a user input in an entire region of the screen on which the event is displayed, and controlling the activated partial region according to the state of the user input.