bsprague wrote:
...negatives can be soaked in water and then hung to dry. That may get the stuck ones apart.....
Yes, that's correct. Soaking briefly in distilled water should solve the problem and allow them to be gently, carefully separated. Just be sure to let them soak long enough that the come apart easily... don't force it. AND, avoid touching the image areas. ALSO I highly recommend you follow up with a wetting agent to reduce chance of water spots forming on the film. Some wetting agents that come to mind are Edwal and Kodak Photo-Flo (I imagine there are others).
After rinsing briefly in wetting agent, carefully hang up the strips of film to dry in a dust free environment. Be sure to weight each strip of film to keep it from curling (if you can find them.... spring-loaded wooden clothes pins work fine... as do some other types of clips).
Handle with care and store in sleeves to prevent scratches, damage and in a reasonably cool, dry environment to prevent sticking and fungus. (Some old types of film substrate are also very flammable.)
Actually most types of B&W film don't scan particularly well...
Traditional B&W film is made up of a clear substrate coated with an emulsion containing silver halide crystals. As a result, light passing through the film is either fully transmitted through the clear sections or blocked by the silver halide crystals.... so scanning it using transmissive lighting typically makes for very contrasty images that lose a lot of detail in highlights and shadows. Some high-end scanners and more advanced software (such as Silverfast) can overcome this to some extent. But the very best way to scan traditional B&W film is to first make a standard print via enlargement, and then scan that on a flat bed scanner using reflective lighting (rather than ransmitting light
through the film).
Color negative film and slide (transparency) film scan much better using transmissive milluniation, because they both use dyes in the emulsion rather than silver halide crystal formations. The dyes allow light to pass through. In fact, "chromogenic" B&W film works the same way, using dyes (and is developed using the same C41 process used for much color neg film). But this is an uncommon type of B&W film, and as far as I know is only still being made by Ilford. I seriously doubt that those old negs are chromogenic B&W.... they're much more likely to be silver halide.
Depending upon how large you want to print, a dedicated film scanner might do a better job than a flatbed. Because they scan one image at a time, it's slower to use a film scanner like a Plustek or Pacific Images (Nikon, Minolta and others in the past, but they no longer make them... or Imacon/Hasselblad at the super high end). But some film scanners can do sequential scans automatically and this type of scanner typically has higher "true" optical resolution than many flat beds.... currently 7200 dpi to 10000 dpi (ignore interpolated resolution claims you might see with either type of scanner). They also usually have a higher "D-max" or wider dynamic range than is possible with most flatbeds. 3.6 to 4.9 D-Max is common or possible with a film scanner, while the best flatbeds typically offer 3.2 or 3.4 and top out at 3.6. Only a few expensive ones go higher. Look for 48-bit in both types of scanner (B&W scans will be done at 16-bit, though.)
But, flatbeds can do a pretty good job, too, so long as you aren't trying to make too large a print (or only want to share digitally).... and they can "batch scan" a whole film strip at one time (you can later "separate" the individual images digitally, if you wish). If you have various sizes of film - 35mm, medium format, large format - a flatbed may be able to handle them.... while a dedicated film scanner cannot. And, of course, flat bed scanners can handle prints and other documents, where dedicated film scanners cannot.
Epson V600 is an older model flatbed with pretty good specifications and very . It's able to do 48-bit, has optical resolution up to 6400 dpi and a D-Max of 3.4. It comes with Digital ICE (which I've used and found good) and ArcSoft Photostudio (which I haven't used...know nothing about).
Much more expensive the Epson V850 ($900+) and V800 ($750) flatbed scanneras are also 48-bit, have optical resolution up to 6400 and excellent D-Max 4.0... and comes with Digital ICE and Silverfast. The V850 also has X-Rite calibration suite.
Compare to PlusTek 8200i 35mm film scanner for $260... which is 48-bit, 7200 dpi, has a D-Max 3.6, and includes Silverfast software.
Pacific Image XE 35mm film scanner costs $300... also is 48-bit, has 10000 dpi resolution and a D-Max 3.8, and includes Silverfast.
Be prepared for BIG files. My old Nikon 4000 film scanner produces 130MB 16-bit TIFFs from slides.
One reason I keep the old Nikon is that it can batch scan up to 40 mounted slides with a feeder accessory... this isn't possible with most scanners, regardless of type. Braun makes one that costs $1800.
A lot of film scanners can feed unmounted film strips to batch scan as many images as are on them (up to 40, typically... but that would be an uncut roll of 35mm film, which is uncommon).
Just for comparison, a top of the line Imacon/Hasselblad Flextite X5 film scanner costs around $25,000 (which is a lot less than some "drum" scanners), has 8000 dpi, 4.9 D-Max, can handle 35mm through 4x5 sheet film and everything in between, can batch scan slides and strips of negs, and is very fast at up to 300MB per minute.
You might find this comparison interesting....
https://petapixel.com/2017/05/01/16000-photo-scanner-vs-500-scanner/