Abstract: Disclosed is an in-situ vacuum reaction system for dynamically detecting defects, which includes an electron paramagnetic resonance spectrometer, an in-situ vacuum reaction chamber, a gas supply unit, a vacuum unit, an illumination unit, a temperature control unit and a mixing bottle, the in-situ vacuum reaction chamber is arranged inside a detection cavity of the electron paramagnetic resonance spectrometer, the gas supply unit is connected to the mixing bottle through a pipeline, and the mixing bottle is connected to a gas inlet of the in-situ vacuum reaction chamber through a pipeline, the vacuum unit is connected to the gas inlet of the in-situ vacuum reaction chamber through a pipeline, the illumination unit is arranged corresponding to a detachable window of the electron paramagnetic resonance spectrometer, and the temperature control unit is connected to the electron paramagnetic resonance spectrometer through a pipeline.

Abstract: A compensation method includes determining position information of an abnormal nozzle of an inkjet head; acquiring printing parameters, determining first data corresponding to the abnormal nozzle, and based on the position information of the abnormal nozzle and the printing parameters, determining position information of a compensation nozzle for compensating the first data corresponding to the abnormal nozzle; and based on the printing parameters, acquiring second data of the compensation nozzle in a normal printing state which includes ink out data and ink holding data, determining an address of the ink holding data, and generating compensation data by writing the first data into the address of the ink holding data. A compensation device includes: an abnormal nozzle position determination module; a compensation nozzle position determination module; and a compensation data generation module. An inkjet printer includes: a controlling unit, an inkjet head unit, and a nozzle compensation unit.

Abstract: The invention provides plants of the Echinacea cultivar designated ‘Balsompocel’. The invention thus relates to the plants, cells, plant parts, and tissue cultures of the cultivar ‘Balsompocel’, and to methods for producing an Echinacea plant produced by crossing an Echinacea plant of cultivar ‘Balsompocel’ with another Echinacea plant, such as a plant of another cultivar. The invention further relates to Echinacea seeds and plants produced by crossing plants of cultivar ‘Balsompocel’ with plants of another cultivar. The invention further relates to the genetic complements and hybrid genetic complements of plants of cultivar ‘Balsompocel’.

Abstract: A compensation method and a device for nozzle abnormality, and a printer are provided. The method includes determining position information of an abnormal nozzle of an inkjet head (S100); acquiring printing parameters, determining first data corresponding to the abnormal nozzle, and based on the position information of the abnormal nozzle and the printing parameters, determining position information of a compensation nozzle for compensating the first data corresponding to the abnormal nozzle (S200); and based on the printing parameters, acquiring second data of the compensation nozzle in a normal printing state which includes ink out data and ink holding data, determining an address of the ink holding data, and generating compensation data by writing the first data into the address of the ink holding data (S300).

Abstract: A compensation method and a device for nozzle abnormality, and a printer are provided. The method includes determining position information of an abnormal nozzle of an inkjet head (S100); acquiring printing parameters, determining first data corresponding to the abnormal nozzle, and based on the position information of the abnormal nozzle and the printing parameters, determining position information of a compensation nozzle for compensating the first data corresponding to the abnormal nozzle (S200); and based on the printing parameters, acquiring second data of the compensation nozzle in a normal printing state which includes ink out data and ink holding data, determining an address of the ink holding data, and generating compensation data by writing the first data into the address of the ink holding data (S300).

Abstract: A compensation method includes determining position information of an abnormal nozzle of an inkjet head; acquiring printing parameters, determining first data corresponding to the abnormal nozzle, and based on the position information of the abnormal nozzle and the printing parameters, determining position information of a compensation nozzle for compensating the first data corresponding to the abnormal nozzle; and based on the printing parameters, acquiring second data of the compensation nozzle in a normal printing state which includes ink out data and ink holding data, determining an address of the ink holding data, and generating compensation data by writing the first data into the address of the ink holding data. A compensation device includes: an abnormal nozzle position determination module; a compensation nozzle position determination module; and a compensation data generation module. An inkjet printer includes: a controlling unit, an inkjet head unit, and a nozzle compensation unit.

Abstract: The invention provides plants of the Echinacea cultivar designated ‘Balsompocel’. The invention thus relates to the plants, cells, plant parts, and tissue cultures of the cultivar ‘Balsompocel’, and to methods for producing an Echinacea plant produced by crossing an Echinacea plant of cultivar ‘Balsompocel’ with another Echinacea plant, such as a plant of another cultivar. The invention further relates to Echinacea seeds and plants produced by crossing plants of cultivar ‘Balsompocel’ with plants of another cultivar. The invention further relates to the genetic complements and hybrid genetic complements of plants of cultivar ‘Balsompocel’.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomold’, characterized by its single-type, deep golden-yellow colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomemyim’, characterized by its single-type, dark yellow-colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomanita’, characterized by its single-type, deep scarlet-red colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomtresgo’, characterized by its single-type, rose-colored inflorescences that first open a peach-coral color and fade to a burgundy color with age, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balevoeen’, characterized by its single-type, purplish-pink colored inflorescences that first open a reddish-orange color and darken to a purplish-red color with age, medium green-colored foliage, low growth vigor, and compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balevoesta’, characterized by its single-type, reddish-orange to red colored inflorescences that first open a reddish yellow-orange color and fade to a greyed purplish-red color with age, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balevoelf’, characterized by its single-type, yellow-orange colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomsolst’, characterized by its single-type, dark and light yellow-colored inflorescences that first open yellow-orange and with senescence fade to light yellow, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomotan’, characterized by its single-type, medium red-colored inflorescences that first open dark reddish-orange and with senescence fade to yellowish pink, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Petunia plant named ‘Balcobees’, characterized by its dark yellow and cream-colored flowers, medium green-colored foliage, and moderately vigorous, mounded-trailing growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomrosa’, characterized by its single-type, bright red-purple colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsomstor’, characterized by its single to semi-double type, deep reddish-orange colored inflorescences, medium green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.

Abstract: A new and distinct cultivar of Echinacea plant named ‘Balsompred’, characterized by its single-type, bright red-colored inflorescences, dark green-colored foliage, and moderately vigorous, compact-upright growth habit, is disclosed.