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“Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure” Metadata:

• Title: ➤  Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure
• Language: English

“Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure” Subjects and Themes:

• Subjects: ➤  Brain stem -- Physiology -- Congresses - Vasomotor system -- Congresses - Respiration -- Regulation -- Congresses - Blood pressure -- Regular -- Congresses - Hirnstamm - Atmung - Blutdruck - Medulla oblongata - Kardiovaskuläres System - Regulation - Kongress - Atemregulation - Brain stem -- Physiology - Respiration -- Regulation - Vasomotor system - Medulla Oblongata -- physiology - Blood Pressure -- physiology - Respiratory Physiological Phenomena - Vasomotor System -- physiology - Washington, DC - Kardiovaskula˜res System

Edition Identifiers:

• Internet Archive ID: ventralbrainstem0000unse

“Control Of Respiration” Metadata:

• Title: Control Of Respiration
• Author: D. J. Pallot
• Language: English

Edition Identifiers:

• Internet Archive ID: isbn_0709920156

“Control And Co-ordination Of Respiration And Circulation” Metadata:

• Title: ➤  Control And Co-ordination Of Respiration And Circulation
• Language: English

“Control And Co-ordination Of Respiration And Circulation” Subjects and Themes:

• Subjects: ➤  Respiration -- Regulation -- Congresses - Blood -- Circulation -- Regulation -- Congresses

Edition Identifiers:

• Internet Archive ID: controlcoordinat0000unse_a6i9

“The Effects Of Magnesium On State 3 Respiration Of Liver Mitochondria From Control And Cold-Acclimated Rats And Hamsters” Metadata:

• Title: ➤  The Effects Of Magnesium On State 3 Respiration Of Liver Mitochondria From Control And Cold-Acclimated Rats And Hamsters
• Authors: Rochelle, R. H.Chaffee, R. R. J.Greenleaf, J. E.Walker, C. D
• Language: English

“The Effects Of Magnesium On State 3 Respiration Of Liver Mitochondria From Control And Cold-Acclimated Rats And Hamsters” Subjects and Themes:

• Subjects: ➤  METEOROLOGY - WATER VAPOR - THERMODYNAMICS - TROPOSPHERE - MICROWAVE SOUNDING - ATMOSPHERIC TEMPERATURE - MOISTURE - NOAA SATELLITES - DATA SYSTEMS - HUMIDITY - ENERGY BUDGETS - RAIN

Edition Identifiers:

• Internet Archive ID: nasa_techdoc_19970020388

“Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure” Metadata:

• Title: ➤  Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure
• Language: English

“Ventral Brainstem Mechanisms And Control Of Respiration And Blood Pressure” Subjects and Themes:

• Subjects: ➤  Brain stem -- Physiology -- Congresses - Vasomotor system -- Congresses - Respiration -- Regulation -- Congresses - Blood pressure -- Regulation -- Congresses - Medulla Oblongata -- physiology - Respiration -- physiology - Blood Pressure -- physiology - Vasomotor System -- physiology

Edition Identifiers:

• Internet Archive ID: ventralbrainstem0082unse

“DTIC ADA316930: Modeling Neural Mechanisms Of The Control Of Respiration.” Metadata:

• Title: ➤  DTIC ADA316930: Modeling Neural Mechanisms Of The Control Of Respiration.
• Author: ➤  Defense Technical Information Center
• Language: English

“DTIC ADA316930: Modeling Neural Mechanisms Of The Control Of Respiration.” Subjects and Themes:

• Subjects: ➤  DTIC Archive - Schwaber, James S. - PENNSYLVANIA UNIV PHILADELPHIA - *MATHEMATICAL MODELS - *NEURAL NETS - *NERVOUS SYSTEM - *NERVE CELLS - *RESPIRATION - ALGORITHMS - CONTROL - SIMULATION - COMPUTATIONS - BIOLOGY - MODELS - NETWORKS - DYNAMICS - THEORY - PARALLEL PROCESSING - NONLINEAR SYSTEMS - PATTERNS - OSCILLATION.

Edition Identifiers:

• Internet Archive ID: DTIC_ADA316930

“The Usual Tests For Measuring The Anaerobic Biogas Potential (ABP) Of The Organic Fraction Of Municipal Solid Waste (OFMSW) Are Reliable, But Not Practicable As A Routine Analysis. These Types Of Analysis Are Expensive And Time-consuming, Requiring 21 (partial Biogas Production) To 100 Days (total Biogas Production). Moreover, The Operators Of Anaerobic Digestion Plants Have Often To Choose Which Biomasses To Use, Depending On Their Digestibility And Economical Convenience. These Matrices Delivered Daily To The Plants, Are Heterogeneous Especially With Regard To The Content Of The Biodegradable Fraction, Responsible For The Potential Production Of Biogas. In Such A Context, Rapid Methods Toassess Potential Biogas Productions Are Needed For Helping Operators In Their Choices. In Order To Contribute To Solution Tothese Problems, In This Work The Dynamic Respiration Index (DRI) Was Used To Predict The Anaerobic Biogas Potential. In This Way, It Is Possible To Know The ABP Value In A Short Period Of Time (1–4 Days). Two Dynamic Respirometric Approaches Were Considered: The Main Difference Between Them Is The Temperature Control (kept Steady In One Case, Uncontrolled In The Other One). In Particular, DRI24 Is Determinated As The Average Integral Over A Period Of 24 Hours During The Peak Of Maximum Consumption In Terms Of Oxygen. DRI24 Is Less Affected By Any Oxygen Consumption Peak Of Limited Duration. For These Reasons, It Wasrecommended To Use Its Value To Determinate The Potential Production Of Biogas.A Literature Equation Which Determines The ABP From The Value Of DRI Was Modified In Order To Take Advantage Of The Characteristics Of The Respirometric Method With Controlled Temperature. About 130 Nm3/t Of Food Waste Was Assessed For The Studied Area, Thanks To This Method. In This Way, It Was Demonstrated That The Plant Operators Can Adopt Aquick Method To Characterise The Biogas Potential Of The OFMSW Arriving Daily At Their Plant, Like A Routine Analysis.Biogas Potential Of OFMSW Through An Indirect Method” Metadata:

• Title: ➤  The Usual Tests For Measuring The Anaerobic Biogas Potential (ABP) Of The Organic Fraction Of Municipal Solid Waste (OFMSW) Are Reliable, But Not Practicable As A Routine Analysis. These Types Of Analysis Are Expensive And Time-consuming, Requiring 21 (partial Biogas Production) To 100 Days (total Biogas Production). Moreover, The Operators Of Anaerobic Digestion Plants Have Often To Choose Which Biomasses To Use, Depending On Their Digestibility And Economical Convenience. These Matrices Delivered Daily To The Plants, Are Heterogeneous Especially With Regard To The Content Of The Biodegradable Fraction, Responsible For The Potential Production Of Biogas. In Such A Context, Rapid Methods Toassess Potential Biogas Productions Are Needed For Helping Operators In Their Choices. In Order To Contribute To Solution Tothese Problems, In This Work The Dynamic Respiration Index (DRI) Was Used To Predict The Anaerobic Biogas Potential. In This Way, It Is Possible To Know The ABP Value In A Short Period Of Time (1–4 Days). Two Dynamic Respirometric Approaches Were Considered: The Main Difference Between Them Is The Temperature Control (kept Steady In One Case, Uncontrolled In The Other One). In Particular, DRI24 Is Determinated As The Average Integral Over A Period Of 24 Hours During The Peak Of Maximum Consumption In Terms Of Oxygen. DRI24 Is Less Affected By Any Oxygen Consumption Peak Of Limited Duration. For These Reasons, It Wasrecommended To Use Its Value To Determinate The Potential Production Of Biogas.A Literature Equation Which Determines The ABP From The Value Of DRI Was Modified In Order To Take Advantage Of The Characteristics Of The Respirometric Method With Controlled Temperature. About 130 Nm3/t Of Food Waste Was Assessed For The Studied Area, Thanks To This Method. In This Way, It Was Demonstrated That The Plant Operators Can Adopt Aquick Method To Characterise The Biogas Potential Of The OFMSW Arriving Daily At Their Plant, Like A Routine Analysis.Biogas Potential Of OFMSW Through An Indirect Method
• Language: English

“The Usual Tests For Measuring The Anaerobic Biogas Potential (ABP) Of The Organic Fraction Of Municipal Solid Waste (OFMSW) Are Reliable, But Not Practicable As A Routine Analysis. These Types Of Analysis Are Expensive And Time-consuming, Requiring 21 (partial Biogas Production) To 100 Days (total Biogas Production). Moreover, The Operators Of Anaerobic Digestion Plants Have Often To Choose Which Biomasses To Use, Depending On Their Digestibility And Economical Convenience. These Matrices Delivered Daily To The Plants, Are Heterogeneous Especially With Regard To The Content Of The Biodegradable Fraction, Responsible For The Potential Production Of Biogas. In Such A Context, Rapid Methods Toassess Potential Biogas Productions Are Needed For Helping Operators In Their Choices. In Order To Contribute To Solution Tothese Problems, In This Work The Dynamic Respiration Index (DRI) Was Used To Predict The Anaerobic Biogas Potential. In This Way, It Is Possible To Know The ABP Value In A Short Period Of Time (1–4 Days). Two Dynamic Respirometric Approaches Were Considered: The Main Difference Between Them Is The Temperature Control (kept Steady In One Case, Uncontrolled In The Other One). In Particular, DRI24 Is Determinated As The Average Integral Over A Period Of 24 Hours During The Peak Of Maximum Consumption In Terms Of Oxygen. DRI24 Is Less Affected By Any Oxygen Consumption Peak Of Limited Duration. For These Reasons, It Wasrecommended To Use Its Value To Determinate The Potential Production Of Biogas.A Literature Equation Which Determines The ABP From The Value Of DRI Was Modified In Order To Take Advantage Of The Characteristics Of The Respirometric Method With Controlled Temperature. About 130 Nm3/t Of Food Waste Was Assessed For The Studied Area, Thanks To This Method. In This Way, It Was Demonstrated That The Plant Operators Can Adopt Aquick Method To Characterise The Biogas Potential Of The OFMSW Arriving Daily At Their Plant, Like A Routine Analysis.Biogas Potential Of OFMSW Through An Indirect Method” Subjects and Themes:

• Subjects: ➤  Organic Fraction Municipal Solid Waste - Anaerobic Biogas Production - Dinamic Respirometric Index

Edition Identifiers:

• Internet Archive ID: IJER060248388