Bob, The only thing you can do is make Ilfochrome prints from your slides (used to be called Cibachrome). I made Cibachromes back in the 90's and they were fairly easy to do, but I don't even know if Ilford is still making the chemicals and paper any more. Robert On Oct 30, 2011, at 11:53 AM, Bob James wrote: > Kirk and Robert, > > I am definitely sold on the black and white chemical print formed within the > emulsion. What is the process/paper called to get a color slide image made > in the same way. NOT the inkjet way. > > Thanks, > > Bob Jamea > > > > On Oct 29, 2011, at 8:29 PM, Robert Meier <robertmeier@xxxxxxxxx> wrote: > >> Bob >> >> I think the difference you are seeing is real and its cause is a physical >> difference between the two kinds of prints. In an inkjet print, in either >> color or B&W, the ink or pigment is applied to the top surface of the >> printing paper and that is where it dries, and so the image is an image on >> top of the paper. In a B&W chemical print, the image is formed within the >> emulsion, which is on the top surface of the paper, but the image is not on >> the top, but is within that top layer. The difference is subtle, but quite >> noticeable, especially when you compare two prints of the same image, one >> inkjet and one chemical, side by side. I have done this quite a few times >> because I keep wanting the inkjet print to be as good as the chemical, or >> darkroom print, but it never is. The inkjet print, which looks fine on its >> own, suddenly looks rather flat and lifeless when I look at it next to a >> darkroom print. >> >> I'm talking about fiber base darkroom prints, but the same thing happens, >> perhaps to a lesser degree, with a good RC print, such as an Ilford >> Multifrade RC print. >> >> Robert >> >> On Oct 29, 2011, at 7:47 PM, Kirk Thompson wrote: >> >>> A few thoughts; some may have better ideas: >>> >>> 1. To some extent, what you observed is just a difference between BW & >>> highly saturated color. Large areas of saturated color will force you to >>> see an image in a more 2D way, as if it were an abstract expressionist >>> painting. >>> >>> 2. Also it's about the combination of film and printing process. Don't >>> expect too much from hyper-color films like Velvia & Ektar 100 with inkjet >>> printing. These films generate more color saturation than most of us are >>> aware of in the mind's eye. As the Wiki puts it, Velvia 50 'has brighter >>> and generally more accurate color reproduction (though many see its high >>> color saturation as unrealistic).' That's why some folks call it >>> 'Velveeta.' >>> >>> Highly saturated images push scanners and inkjet printers to the limits of >>> their gamut or beyond, especially in the hands of commercial or amateur >>> printers. At that point, tonal differentiations collapse into relatively >>> undifferentiated blobs of color, and the sense of 3-dimensionality >>> contributed by gentler tonal shifts is reduced. >>> >>> To make color film and printing work together as a system, one has to work >>> from the strengths of both. Slide film has a greater Dmax, because you >>> don't print from an orange film base. With reversal film, Ciba/Ilfochrome >>> was complementary in the sense that what you saw in the slide seemed to be >>> carried out in the printing process. But inkjet prints from scanned slides >>> don't always give that satisfaction. >>> >>> Inkjet/giclee printing has other strengths, especially in the midrange of >>> saturation. An inkjet printer can produce subtle colors and tonal >>> gradations, but these will come from a color film that 'wants' to be >>> treated that way, for example the new Portra negative films (supposedly >>> improved for scanning). Color negative films, with more latitude but less >>> Dmax, can yield great inkjet color prints. If you put a gentler film >>> together with the subtler printing process, you'll get smoother tonal >>> gradations and more interesting colors (from some people's standpoint); and >>> also you'll maximize the 3D appearance of your prints – though it may still >>> not match what you appreciate in BW. >>> >>> 3. For high saturation you could try Type C color prints. The late Galen >>> Rowell used Velvia and ended up having it laser-printed on Type C Fuji >>> Crystal Archive paper by Pictopia. >>> >>> Kirk >>> >>> > Subject: [rollei_list] Enlarger versus printer? >>> > From: starboy0@xxxxxxxxxxxxx >>> > Date: Sat, 29 Oct 2011 15:57:53 -0500 >>> > To: rollei_list@xxxxxxxxxxxxx >>> > >>> > So I have now sent 7 rolls through the Rollei TLR. 6 rolls of black and >>> > white and 1 of Velvia 50. >>> > >>> > I have a number of full frame prints from those rolls on 11x14 fiber >>> > paper. I have noticed something quite different between the black and >>> > white prints and the color prints. I'm wondering why? And if it's just an >>> > incorrect perception. >>> > >>> > The color prints made from the slides are technically perfect: colors >>> > spot on with that Velvia saturation and the resolution perfect. But I >>> > think these were printed with ink and to me there is a flat look to them. >>> > >>> > The black and whites were printed with an enlarger and have a luminous >>> > quality that the color prints don't. I'm wondering what is causing that >>> > perception? Something real or just expectations. >>> > >>> > I have been in and out of photography since the 60's and one of my "out" >>> > phases was just recently when digital took over. I am completed ignorant >>> > of the differing technologies used to make prints these days. >>> > >>> > In any case I just got a Rollei for that bigger negative size and of >>> > course it is a camera I have dreamed of having since I was a little kid. >>> > >>> > Take care, >>> > Bob James >>