Definition: In this task, you're given a paragraph and title from the research paper. Your task is to classify whether the given title is suitable or not for the research paper based on the given paragraph. Return "True" if title is proper according to paragraph else "False".
Input: Paragraph: We developed a novel concept that allows to considerably improve the performance of conventionally used yltering-facepiece respirators against yne and ultrayne aerosols including airborne viral and bacterial agents. The concept is based on the continuous emission of unipolar ions. The e ect was evaluated through the real-time monitoring of the concentration and size distribution of yne and ultrayne aerosol particles. The measurements were conducted inside and outside of a respiratory mask that was face sealed on a breathing manikin. A commonly used Type N95 respirator and surgical mask were utilized for the tests. The manikin was placed in a 24.3-m 3 indoor test chamber and exposed to polydisperse surrogate aerosols simulating viral and bacterial particles with respect to the aerodynamic size. The particle penetration through the mask was found to decrease by one-to-two orders of magnitude as a result of continuous unipolar ion emission in the chamber. The ux of air ions migrated to the breathing zone and imparted electrical charges of the same polarity to the aerosol particles and the respirator ylter surface. This created an electrostatic shield along the external surface of the ylter, thus enhancing the protection characteristics provided by the respirator. The above performance enhancement e ect is crucial for minimizing the infectious risk in the cases when the conventional yltering-facepiece respirators are not able to provide an adequate protection against airborne viruses and bacteria. ?
Title: Unipolar ion emission enhances respiratory protection against yne and ultrayne particles
Output:
True