|
Case Study |
 English
|
|
 German
|
|
|
|
Case Study 24 |
|
Cooling Rate Determination
and uniformity measurement of a JULABO F33-MC Refrigerated
Circulator |
|
|
Ermittlung der Abkühlzeit
sowie Homogenitätsmessung bei einem JULABO Kälte-Umwälzthermostaten
F33-MC |
| |
|
|
Case
Study 23 |
|
Wireless Temperature control:
WirelessTEMP increase ease of use and flexibility in laboratories |
|
|
Temperieren per Funk:
WirelessTEMP erhöht Bedienkomfort und Flexibilität im Labor |
| |
|
|
Case
Study 22 |
|
Determination of Heat-Up
Time of a JULABO Presto LH50 with a 30 liter Reactor |
|
|
Ermittlung der Aufheizzeit
eines JULABO Presto LH50 mit einem 30 Liter Reaktor |
| |
|
|
Case
Study 21 |
|
Performance evaluation of
JULABO Magnum 91 with externally connected 20 Liter jacketed glass
reactor from Büchi |
|
|
Ermittlung der Performance
eines JULABO Magnum 91 Temperiersystem mit extern angeschlossenem 20
Liter Büchi Glasreaktor |
| |
|
|
Case
Study 20 |
|
Performance evaluation of
JULABO Magnum 91 with externally connected 35 Liter jacketed glass
reactor from QVF |
|
|
Ermittlung der Performance
eines JULABO Magnum 91 Temperiersystem mit extern angeschlossenem 35
Liter QVF Glasreaktor |
| |
|
|
Case
Study 19 |
|
Performance evaluation of
JULABO models CF30, CF41, and FL300 with ASYNT's DrySyn COOL reaction
systems |
|
|
Ermittlung der Performance
von JULABO Modellen CF30, CF41, FL300 an ASYNT's DrySyn COOL
Reaktions-Systemen |
| |
|
|
Case
Study 18 |
|
Determining the lowest
working temperature when using an FT402 immersion cooler with an ED-39
heating bath circulator |
|
|
Ermittlung der niedrigsten
Arbeitstemperatur bei Verwendung der Gerätekombination ED-39 und FT402 |
| |
|
|
Case
Study 17 |
|
Temperature Control of
Heidolph analysis system SYNTHESIS 1 with different JULABO units |
|
|
Temperieren
eines Heidolph Analysesystems SYNTHESIS 1 mit unterschiedlichen JULABO
Temperiergeräten |
| |
|
|
Case
Study 16 |
|
Temperature Control
of Gerhardt analysis systems, like e.g. the Vapodest product line, the
Soxtherm models as well as the trace metal digesters SMA and COD |
|
|
Temperieren von
Gerhardt Analysensysteme Vapodest, Soxtherm und Schwermetallaufschluss SMA
und CSB |
| |
|
|
Case
Study 15 |
|
Temperature
Control of an Ace Glass 2 Liter Double-Jacketed Reactor with Presto LH85 |
|
|
|
| |
|
|
Case
Study 14 |
|
Temperature Control of an
Ace Glass 1 Liter Jacketed Reactor with Presto LH85 |
|
|
|
| |
|
|
Case
Study 13 |
|
Cooling of
a Visco Bath ME-31A using F12-MC or FE500 |
|
|
Kühlen eines Visco-Thermostaten ME-31A mit
F12-MC bzw. FE500 |
| |
|
|
Case
Study 12 |
|
Cooling of
a Visco Bath ME-18V with an immersion cooler FT900 |
|
|
Kühlen eines Visco-Thermostaten ME-18V mit einem Eintauchkühler FT900 |
| |
|
|
Case
Study 11 |
|
Chemglass 20L
Reactor controlled by JULABO FPW91-SP |
|
|
|
| |
|
|
Case
Study 10 |
|
30L
Jacketed-Reactor controlled by JULABO Presto LH50 System |
|
|
|
| |
|
|
Case
Study 9 |
|
F25-HP
and FP50-HP with Argonaut Quest™ 210 System |
|
|
|
| |
|
|
Case
Study 8 |
|
Ace Glass 10L Jacketed Glass Reactor with JULABO LH85 |
|
|
|
| |
|
|
Case
Study 7 |
|
Testing
for lowest achievable Temperature in a 96 well reaction block |
|
|
|
| |
|
|
Case
Study 6 |
|
Temperature
Control of Ace Glass 2 Liter Double Jacketed Reactor with LH 45 |
|
|
|
| |
|
|
Case
Study 5 |
|
Ace Glass 30L Jacketed-Reactor controlled by JULABO FP52-SP with HST |
|
|
|
| |
|
|
Case
Study 4 |
|
Double
Tecan® Cold Decks controlled with JULABO FP50-MW |
|
|
|
| |
|
|
Case
Study 3 |
|
Single
Tecan® Cold Deck controlled with JULABO F25-MD |
|
|
|
| |
|
|
Case
Study 2 |
|
Using
JULABO FP88-HP for Temperature Calibration |
|
|
|
| |
|
|
Case
Study 1 |
|
Temperature
Control of Mécour Thermal Block with JULABO F12-EC and F25-H |
|
|
|
