Spindle tapping is amazing technology.
Each tool-toolholder-spindle-machine (try saying that 5x fast) combinations exhibits a distinct vibration response. This response can be assessed through tap testing or we can model it. Read on and learn the difference between forced vibration and chatter and how to use FRF to combat it: https://bit.ly/3uJA7Nn Oak Ridge National Laboratory
front End Developer | HTML | CSS | JavaScript | Bootstrap | Artificial Intelligence Researcher | Student at Lahore Leads University -City Camp
Radial Basis Function Network consists of an input vector followed by a layer of RBF neurons and an output layer with one node per category. Classification is performed by measuring the input’s similarity to data points from the training set where each neuron stores a prototype. 😘
How do you calculate #HydrodynamicRadius? Here's a handy tool we created to help you quickly convert molecular weight to hydrodynamic radius with just a click! Be sure you bookmark it for your next experiment 🔖 https://lnkd.in/gYqX5E4n
Manufacturer of IVD Rapid Test/ Infectious Disease Tests/ Fertility Tests/Pet Tests/Molecular Diagnosis/Dry Biochemical Strips
FAS-2000 FISH Auto System Key Benefits: ❣ Only 3 human manipulations: the addition of probes, coverslips and counterstaining 💛 7 liquid feed channels to meet different experimental needs. 💚 Automatic recording of experimental processes, node prompts, and traceability of results.
This 3 year project measured air drill distribution performance, both in the laboratory and at field-scale, and simulated various configurations of pneumatic conveying systems. Researchers tested a full-scale pneumatic seeding system to quantify seed damage, seed distribution consistency and air-flow behaviour. Learn more here: https://lnkd.in/gUCUaSEs
Civil Engineer, Researcher, Doctor of Philosophy in Civil Engineering (Structural Engineering) at China Three Gorges University
Three internal shear mechanisms (UHPFRC-CA compression zone, aggregate interlock and dowel action) provide resistance against shear load before crack appearance in UHPFRC-CA beam but there’s hardly any practical means of measuring the contribution of compression zone. So this paper develops (1) an analytical method of quantifying the contribution of compression zone to UHPFRC-CA beam’s shear resistance (2) first shear cracking load equation to help in the calibration of loading steps during UHPFRC-CA beam’s shear experiment.
CLEO is ongoing. Please do not miss Jakubs talk on optimization and simplification of FTIR by Friday afternoon (May 10). Improvement of Classics does still make sense. We are convinced, that in some aspects FTIR really just starts now! Picture: Fire protection in the lab has been a real concern that prevents epeople from setting up an experimental FTIR instrument on their own. So, one topic of investigation has been lower power but highly efficient emitters (made by Infrasolid). Problem: The FTIR community is used to 5 µm (2000 cm-1) as reference point for instrument specificiation which results in a tendency towards "overillumination" and hence bulky systems. 10 µm (1000 cm-1) would be a more useful and realistic point in practice.
A short (12 minutes) intro to random matrix theory, stability analysis and criticality in disordered systems investigated with replica theory and random matrix theory: https://lnkd.in/ev8bWeAa (Presented at #CCS2024) paper: https://lnkd.in/efvnPA_B
I share with you the open access link of my last published article: ''Fractional Fischer decompositions by inframonogenic functions.'' https://lnkd.in/dFHZEs8b
Our first article of 2024 was just published. It shows how a simple polymorphic modification (literally 5 min in oven) can activate beta-cyclodextrin providing better solubility properties. https://lnkd.in/dRftu7Ku