Digital Teaching
All current information on organization and content is provided via the moodle course https://[url=http://moodle.tu-darmstadt.de/course/view.php?id=33204]moodle.tu-darmstadt.de/course/view.php?id=33204[/url]. You will receive further information in the introductory event (on 12.4.) and via moodle.
The moodle course will be updated at least once a week (on Fridays).
All deadlines and appointments will be posted via the moodle course room calendar. Check back regularly for upcoming events.
Course Contents
[list]
[*]Introduction to practical laboratory work
[*]comprehensive approaches in chemical analysis
[*]Basic chemical operations
[*]Basics of measurement techniques
[*]Gravimetry, Volumetry
[*]Photometry, atomic spectrometry, chromatography
[*]Measurement uncertainty, validation
[/list]
Preconditions
Chemistry I - Chemical basics for engineers
Expected Number of Participants
100
Official Course Description
The course consists of a lecture, into which two practical sessions (3 hours each) have been integrated, which should enable the students to apply the theoretically learned contents also practically in hand experiments in our teaching laboratory. To participate in the laboratory experiments, students must register for "Practical Chemistry II in the Teaching Laboratory of the IWAR Institute" (13-K1-0024-pr).
First, students are familiarized with the basics of analytical investigations. For this purpose, the individual steps of a chemical composite procedure are presented, from problem definition and sampling to evaluation and assessment. The topics "gravimetry", "volumetry"," photometry"," spectroscopy" and "chromatography" are the subject of the lecture.
In the practical experiments, different rapid tests and laboratory methods for the parameters pH, nitrate-N and ammonium-N are performed and compared. With the results of the performed experiments an error analysis and estimation of the measurement uncertainty are carried out.
Online Offerings
moodle
All current information on organization and content is provided via the moodle course https://[url=http://moodle.tu-darmstadt.de/course/view.php?id=33204]moodle.tu-darmstadt.de/course/view.php?id=33204[/url]. You will receive further information in the introductory event (on 12.4.) and via moodle.
The moodle course will be updated at least once a week (on Fridays).
All deadlines and appointments will be posted via the moodle course room calendar. Check back regularly for upcoming events.
Course Contents
[list]
[*]Introduction to practical laboratory work
[*]comprehensive approaches in chemical analysis
[*]Basic chemical operations
[*]Basics of measurement techniques
[*]Gravimetry, Volumetry
[*]Photometry, atomic spectrometry, chromatography
[*]Measurement uncertainty, validation
[/list]
Preconditions
Chemistry I - Chemical basics for engineers
Expected Number of Participants
100
Official Course Description
The course consists of a lecture, into which two practical sessions (3 hours each) have been integrated, which should enable the students to apply the theoretically learned contents also practically in hand experiments in our teaching laboratory. To participate in the laboratory experiments, students must register for "Practical Chemistry II in the Teaching Laboratory of the IWAR Institute" (13-K1-0024-pr).
First, students are familiarized with the basics of analytical investigations. For this purpose, the individual steps of a chemical composite procedure are presented, from problem definition and sampling to evaluation and assessment. The topics "gravimetry", "volumetry"," photometry"," spectroscopy" and "chromatography" are the subject of the lecture.
In the practical experiments, different rapid tests and laboratory methods for the parameters pH, nitrate-N and ammonium-N are performed and compared. With the results of the performed experiments an error analysis and estimation of the measurement uncertainty are carried out.
Online Offerings
moodle
- Lehrende: BrockmannChristiane
- Lehrende: LutzeHolger
- Lehrende: SchebekLiselotte
Semester: ST 2023